Open AccessDevelopment of the CD Symcap platform to study gas-shell mix in implosions at the National Ignition Facility
Author(s) -
D T Casey,
V A Smalyuk,
R E Tipton,
J E Pino,
G P Grim,
B A Remington,
D P Rowley,
S V Weber,
M Barrios,
R Benedetti,
D L Bleuel,
E J Bond,
D K Bradley,
J A Caggiano,
D A Callahan,
C J Cerjan,
K C Chen,
D H Edgell,
M J Edwards,
D Fittinghoff,
J A Frenje,
M Gatu-Johnson,
V Y Glebov,
S Glenn,
N Guler,
S W Haan,
A Hamza,
R Hatarik,
H W Herrmann,
D Hoover,
W W Hsing,
N Izumi,
P Kervin,
S Khan,
J D Kilkenny,
J Kline,
J Knauer,
G Kyrala,
O L Landen,
T Ma,
A G MacPhee,
J M McNaney,
M Mintz,
A Moore,
A Nikroo,
A Pak,
T Parham,
R Petrasso,
H. G. Rinderknecht,
D B Sayre,
M Schneider,
W Stoeffl,
R Tommasini,
R P Town,
K Widman,
D C Wilson,
C B Yeamans
Publication year - 2013
Language(s) - English
Resource type - Reports
DOI - 10.2172/1159673
Subject(s) - ignition system , hotspot (geology) , national ignition facility , shell (structure) , traverse , materials science , aerospace engineering , nuclear engineering , nanotechnology , optics , physics , geology , engineering , composite material , laser , geophysics , inertial confinement fusion , geodesy