结果表明，当安全壳内安装大约50个氢气复合器时，最大氢气浓度可以控制在10%左右。
The results show that the peak hydrogen concentration could be controlled at about 10% with around 50 NISPARs inside the containment.
本文应用三维计算流体力学程序GASFLOW分析了氢气缓解措施中的点火器系统与复合器系统，并总结出各自的特点。
The ignitor and the recombiner in hydrogen mitigation system were analyzed using 3d CFD code GASFLOW, and their characters were summarized.
本文应用三维计算流体力学程序GASFLOW分析了氢气缓解措施中的点火器系统与复合器系统，并总结出各自的特点。
The ignitor and the recombiner in hydrogen mitigation system were analyzed using 3d CFD code GASFLOW, and their characters were summarized.
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