Li Yunsheng, Gao Yaoming, He Xiantu, et al. THEKINETICPROCESS ANALYSIS OF VOLUME THERMONUCLEAR IGNITION IN HIGH GAIN INERTIAL CONFINEMENT FUSONJ. High Power Laser and Partical Beams, 1995, 07(03): 325-333.
Citation:
Li Yunsheng, Gao Yaoming, He Xiantu, et al. THEKINETICPROCESS ANALYSIS OF VOLUME THERMONUCLEAR IGNITION IN HIGH GAIN INERTIAL CONFINEMENT FUSONJ. High Power Laser and Partical Beams, 1995, 07(03): 325-333.
Li Yunsheng, Gao Yaoming, He Xiantu, et al. THEKINETICPROCESS ANALYSIS OF VOLUME THERMONUCLEAR IGNITION IN HIGH GAIN INERTIAL CONFINEMENT FUSONJ. High Power Laser and Partical Beams, 1995, 07(03): 325-333.
Citation:
Li Yunsheng, Gao Yaoming, He Xiantu, et al. THEKINETICPROCESS ANALYSIS OF VOLUME THERMONUCLEAR IGNITION IN HIGH GAIN INERTIAL CONFINEMENT FUSONJ. High Power Laser and Partical Beams, 1995, 07(03): 325-333.
THEKINETICPROCESS ANALYSIS OF VOLUME THERMONUCLEAR IGNITION IN HIGH GAIN INERTIAL CONFINEMENT FUSON
A good heat-resistance layer and a good inert layer as the shell of DT are used to make volume ignition and volume burn (VIVB) realistic.An unstable non-LTE state and the transition from LTE ignition and burn to non-LTE ignition and burn is discussed, and in this way the volume ignition and volume burn design is achieved and high gain fusion is obtaind.
DownLoad: