1 / 4

Grn_1_RF101122-1(D-1) 2X 0Deg.jpg

1.0. Grn_1_RF101122-1(D-1) 2X -45Deg.jpg. Grn_1_RF101122-1(D-1) 2X 0Deg.jpg. Grn_1_RF101122-1(D-1) 2X 45Deg.jpg. Grn_1_RF101122-1(D-1) 4X Hohlraum(CenteredConic).jpg. Grn_1_RF101122-1(D-1) 4X Hohlraum(IntensityRemoved).jpg. 1.0. Grn_2_RF101122-2(D-2) 2X -45Deg.jpg.

kobe
Download Presentation

Grn_1_RF101122-1(D-1) 2X 0Deg.jpg

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. 1.0 Grn_1_RF101122-1(D-1) 2X -45Deg.jpg Grn_1_RF101122-1(D-1) 2X 0Deg.jpg Grn_1_RF101122-1(D-1) 2X 45Deg.jpg Grn_1_RF101122-1(D-1) 4X Hohlraum(CenteredConic).jpg Grn_1_RF101122-1(D-1) 4X Hohlraum(IntensityRemoved).jpg

  2. 1.0 Grn_2_RF101122-2(D-2) 2X -45Deg.jpg Grn_2_RF101122-2(D-2) 2X 0Deg.jpg Grn_2_RF101122-2(D-2) 2X 45Deg.jpg Grn_2_RF101122-2(D-2) 4X Hohlraum(CenteredConic).jpg Grn_2_RF101122-2(D-2) 4X Hohlraum(IntensityRemoved).jpg

  3. NLUF AstroShkClmp-11A : Mach stem targets Drawings SK-2010-11-08-C (001 – 002) Requirement is : 2 targets with 3 mm dia., 50 deg. half-angle cone

  4. 4000 nominal 300 CH (1.06 g/cc) 100 CHBr (1.22 g/cc, 2% atomic Br) 1200 1600 dia. 1200 dia. LEH 4000 dia. 3000 dia. 4000 dia. nominal 50 side-wall thickness 50 end-wall thickness RF foam (0.3 g/cc) 1000 nominal 50 deg. half-angle cone, embedded in foam Hohlraum Hohlraum and experimental package SK-2010-11-08-C-001 Target components for NLUF AstroShkClmp-11A, Mach stem Dimensions in µm 8 November 2010

More Related