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Numerical simulation of indirectly driven high convergence implosions
Fu Shangwu, Huang Shuke, Li Yunsheng
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS 1999, 16 (
2
): 162-166.
Abstract
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272
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1066
）
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The indirectly driven high convergence implosions is numerically simulated using 2D Lagrangian code named Lared Ⅰ.These implosions were characterized by a variety of measurements,and computer models are in good agreement with the measurements.
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EFFECT OF MIXING TRITIUM ON FUSION BURNING OF D-
3
He SYSTEM
Zeng XianCai, Li Yunsheng
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS 1998, 15 (
2
): 205-210.
Abstract
（
289
）
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（224KB）（
981
）
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The processes of ignition and burning in the fusion system of D-
3
He mixed a small number of tritium have been studied using numerical simulation method. The simulation results show that mixing a small number of ritium into the D-
3
He system can solve the problem of ignition of D-
3
He, hence will accelerate its burning and increase its depletion.
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THEORETICAL STUDY OF RADIATIVE ABLATION OF AI FOIL DRIVEN BY X-RAY PRODUCED IN CYLINDRICAL HOHLRAUM ON SHENGUANG-Ⅰ LASER FACILITY
Zeng Xiancai, Li Yunsheng, Chang Tieqiang
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS 1996, 13 (
2
): 217-222.
Abstract
（
240
）
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1099
）
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The physical processes of radiative ablation and burn-through of Al foil are theoretically studied using the time-dependent radiation temperature curve inside the cylindrical hohlraum measured on Shenguang-Ⅰ facility.Some scaling laws and numerical simulation results are simultaneously presented.
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