Delivering Laser Performance Conditions to Enable Fusion Ignition, and Beyond at the National Ignition Facility
J. M. Di Nicola,T. Suratwala,L. Pelz,J. Heebner, R. Aden,D. Alessi, S. Amula,A. Barnes, A. Bhasker,T. Bond,J. Bude, B. Buckley,D. Browning, J. Cabral, A. CalonicoSoto,W. Carr, L. Chang,J. Chou,S. Cohen, T. Cope,D. Cross, R. Deveno, P. DeVore, A. Deland,P. Di Nicola, T. Dumbacher,G. Erbert,M. Erickson,A. Erlandson,C. Filip,D. Fratanduono, N. Gottesman, A. Gowda,A. Handler,V. J. Hernandez,S. Herriot,J. Horner, R. House,D. Kalantar,L. Kegelmeyer, C. Kinsella, T. Lanier,D. Larson,B. Le Galloudec,J. Lusk,B. MacGowan, S. McLaren,K. Manes, K. McCandless,G. Mennerat, C. Miller,M. Monticelli,R. Muir,R. Negres,J. Nelson,M. Nostrand, M. Ordonez,C. Orth,E. Padilla, A. Pao,J. Penner,T. Petersen,M. Prantil,R. Raman,S. Rana,B. Raymond, N. Ruiz,R. Sacks, S. Schrauth,M. Shaw,S. Sommer, L. Siegel,M. Spaeth,C. Stolz, M. F. Tam, T. Tate,S. Trummer,D. VanBlarcom, K. Varadan, A. Vella, A. Wargo, L. Wang,L. Waxer,P. Wegner,B. Welday,P. Whitman,C. Widmayer,W. Williams,L. Wong, N. Wong,B. Van Wonterghem,S. Yang,G. Brunton High Energy Density Physics（2024）
关键词
Inertial confinement fusion,Laser,Modeling,System performance,Large optical components,Materials
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