Yu-Pei Xu, Shu Li. An efficient Monte Carlo simulation method for thermal radiation transport [J]. Acta Physica Sinica, 2020, 69(2): 029501-1
- Acta Physica Sinica
- Vol. 69, Issue 2, 029501-1 (2020)
Fig. 1. Material temperature in different moments (σ 0 = 500).
不同时刻的物质温度空间分布比较(σ 0 = 500)
Fig. 2. Radiative temperature in different moments (σ0 = 500).
不同时刻的辐射温度空间分布比较(σ0 = 500)
Fig. 3. Material temperature in different moments (σ 0 = 500).
不同时刻的物质温度空间分布比较(σ 0 = 500)
Fig. 4. Radiative temperature in different moments (σ 0 = 500).
不同时刻的辐射温度空间分布比较(σ 0 = 500)
Fig. 5. Material temperature in different moments (σ 0 = 500, N p = 500000).
不同时刻的物质温度空间分布比较(σ 0 = 500, N p = 500000)
Fig. 6. Radiative temperature in different moments (σ 0 = 500, N p = 500000).
不同时刻的辐射温度空间分布比较(σ 0 = 500, N p = 500000)
Fig. 7. Material temperature in different moments.不同时刻介质中物质温度的空间分布比较
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Table 1.
Simulation time of IMC method and DDMC method in different initial cross sections.
不同σ0取值下IMC与DDMC方法的模拟时间对比
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Table 2.
Simulation time of IMC method and DDMC method in different initial cross sections.
不同σ0取值下, IMC与DDMC方法的模拟时间比较
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