Investigation of molecular penetration depth variation with SMBI fluxes

Investigation of molecular penetration depth variation with SMBI fluxes
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研究分子渗透深度随 SMBI 通量的变化

DOI:
10.1088/1674-1056/25/9/095201
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发表时间:
2016-07
期刊:
影响因子:
1.7
通讯作者:
Sun Wei-Guo
Sun Wei-Guo
中科院分区:
物理与天体物理3区
文献类型:
--
作者:
Zhou Yu-Lin;Wang Zhan-Hui;Xu Min;Wang Qi;Nie Lin;Feng Hao;Sun Wei-Guo

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我们研究了分子渗透深度随 SMBI 通量的变化。模拟并比较了不同注入速度和密度的SMBI过程中的分子传输过程和渗透深度。研究发现,分子的穿透深度强烈依赖于SMBI的径向对流传输,并且随着注入速度的增加而增加。一旦 SMBI 注入密度大于临界值,由于燃料路径上的解离率急剧增加,穿透深度不会发生太大变化。预测了提高SMBI渗透深度的有效途径,即具有较大的径向注入速度和低于临界密度的分子注入密度的SMBI。
We study the molecular penetration depth variation with the SMBI fluxes. The molecular transport process and the penetration depth during SMBI with various injection velocities and densities are simulated and compared. It is found that the penetration depth of molecules strongly depends on the radial convective transport of SMBI and it increases with the increase of the injection velocity. The penetration depth does not vary much once the SMBI injection density is larger than a critical value due to the dramatic increase of the dissociation rate on the fueling path. An effective way to improve the SMBI penetration depth has been predicted, which is SMBI with a large radial injection velocity and a lower molecule injection density than the critical density.
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