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摘要: 通过一维辐射流体动力学数值模拟,仔细研究了工作介质的初始密度对在氖中传播的强冲击波的波阵面辐射特性、波阵面亮度温度谱分布的作用。证明对于不同强度的冲击波,工作介质选用不同的初始密度,对其中传播的强冲击波波阵面辐射能力的提高是比较有效的。Abstract: A set of numerical radiation hydrodynamics computation of the structure of strong waves in neon is described. The effect of initial density on spectral and special dependence on the radiation characteristics and the luminosity temperature of the wave front have been taken into account in detail.
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Key words:
- neon /
- shock wave /
- radiation hydrodynamics /
- numerical simulation /
- luminosity temperature
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Trikulin T A, Popov E G. Radiation Properties of Shock Waves in Gases [M]. Moscow: Sci, 1977: 153-166. (in Russian) 洪延姬, 薛鸿陆. 稠密氖中强冲击波结构及亮度温度 [J]. 爆炸与冲击, 1998, 18(3): 237-244.
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