A new liquid hydrogen loading system is introduced. In order to prevent two-phase flow, an important improvement of the original loading system was made.
简要介绍了新型液氢加注系统，为防止两相流，对原系统做了重大改进。
The effect of loading rate, test temperature and pre-plastic deformation on hydrogen induced apparent yield stress reduction have been investigated.
研究了变形速度，试验温度以及预先塑性变形程度对氢致表观屈服强度下降的影响。
The amount of Ruthenium loading, reaction temperature, reaction time and hydrogen pressure have significant impacts on the catalytic performance.
钌的负载量、反应温度、反应时间、氢气压力等条件对催化反应性能具有重要的影响。
应用推荐