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Red_1_RF101018-1(B-1) 2X -45Deg.jpg 1.5 1.0 Red_1_RF101018-1(B-1) 4X Hohlraum.jpg Red_1_RF101018-1(B-1) 4X Sphere.jpg.

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Presentation on theme: "Red_1_RF101018-1(B-1) 2X -45Deg.jpg 1.5 1.0 Red_1_RF101018-1(B-1) 4X Hohlraum.jpg Red_1_RF101018-1(B-1) 4X Sphere.jpg."— Presentation transcript:

1 Red_1_RF101018-1(B-1) 2X -45Deg.jpg
1.5 1.0 Red_1_RF (B-1) 4X Hohlraum.jpg Red_1_RF (B-1) 4X Sphere.jpg

2 Red_2_RF101018-1(B-2) 2X -45Deg.jpg
1.5 0.9 Red_2_RF (B-2) 4X Hohlraum.jpg Red_2_RF (B-2) 4X Sphere.jpg

3 Red_3_RF101022-3(B-3) 2X -45Deg.jpg
1.3 0.8 Red_3_RF (B-3) 4X Hohlraum.jpg Red_3_RF (B-3) 4X Sphere.jpg

4 Red_4_RF101105-1(B-5) 2X -45Deg.jpg
1.5 1.0 Red_4_RF (B-5) 4X Hohlraum.jpg Red_4_RF (B-5) 4X Sphere.jpg

5 NLUF AstroShkClmp-11A : Shock and multi-ball targets
Drawings SK B (001 – 003), version 2 Requirement is : (i) 4 targets with approx. 30 number balls of 125 µm dia. (ii) 4 targets with 3 – 5 number balls of 250 µm dia.

6 4000 nominal 300 CH (1.06 g/cc) 100 CHBr (1.22 g/cc, 2% atomic Br) 1200 1200 dia. LEH 1600 dia. 4000 dia. 4000 dia. nominal 50 side-wall thickness 1000 dia. spherical region containing embedded particles 50 end-wall thickness RF (0.3 g/cc) 1100 nominal Hohlraum Hohlraum and experimental package SK B-001 Target components for NLUF AstroShkClmp-11A, shock and multi-ball Dimensions in µm 8 November 2010


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