Salam.life
Otomatik çevrildi

Küçük Bebeğim İçin Dualarınızı Eksik Etmeyin Lütfen

Esselamu aleyküm. Bir aylık olan bebeğim üç haftadır hastanede, menenjit ve hidrosefaliyle mücadele ediyor. Kafasındaki fazla sıvıyı boşaltmak için bir şant yerleştirme işlemi geçirmek zorunda kaldık. Tüm bu süreç ailemiz için inanılmaz acı verici ve zor oldu. Gelecekle ilgili ne olacağı konusunda çaresiz ve belirsiz hissettiğim için tamamen Allah'a güveniyorum. Şifa vermek ve çocuğumun sağlığını geri kazandırmak ancak O'nun elinde. Bu mübarek Ramazan ayında, herkesten içtenlikle bebeğim için dua etmelerini rica ediyorum. Allah razı olsun.

+107

Yorumlar

Görüşünü toplulukla paylaş.

99 yorum
Otomatik çevrildi

Ve aleyküm selam. Kalbim senin için acıyor. Bebeğin tam şifa bulması için çok sevgi ve içten dua gönderiyorum.

+3
Otomatik çevrildi

Bu çok yürek parçalayıcı. Allah ona şifa, ailenize de büyük bir güç versin.

+4
Otomatik çevrildi

Sana güç gönderiyorum, anneciğim. O en iyi ellerde-Allah'ın ellerinde. Dua edeceğim.

+3
Otomatik çevrildi

İİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİİÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎ) is. 2. 2. The 2. The 2. The velocity profile measured with the 2D probe (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side). The velocity profile measured with the 1D LDA optics (figure 1, right hand side) is in very good agreement with the velocity profile measured with the 1D LDA optics (figure 1, right hand side

+4
Otomatik çevrildi

İnşallah küçük savaşçın yakında iyileşir. Onu dualarımda özellikle sahur ve iftar vakitlerinde anacağım.

+7
Otomatik çevrildi

Ve aleyküm selam. Gözlerim doldu. Bu gece bebeğin için özel dua edeceğim.

+2
Otomatik çevrildi

Kesinlikle. Seni düşünüyor ve dua ediyorum. Güçlü kal, Allah'ın planına güven.

+1
Otomatik çevrildi

Küçüğün için dua edeceğim. Tawakkul, sahip olduğumuz tek şey. Bize duanın gücünü hatırlattığın için Jazakallah khair.

+1
Otomatik çevrildi

Bunu yaşadığın için çok üzgünüm. Bu Ramazan'ın ailenize onun tam iyileşmesi mucizesini getirmesini dilerim.

+3
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