current rush meaning in English
冲激电流
冲流
电铃动
电流骤增
Examples
- Meanwhile , deeply research has been done on the analytic root of current rush to interception air - mass with delivery system
本文同时还对输水管道压力水流冲击截留气团近似解析解进行了深入研究。 - Combining physical experiments and theoretical analysis , this literature has performed thorough research on gas properties of delivery pipeline system , pressure current rush to interception air - mass in pressure pipeline , water hammer with gas that happens with gas releasing and liquid column separating
本论文通过物理试验与理论分析对输水管道系统中的气体特性、压力水流冲击截留气团和包含气体释放和液柱分离现象的含气水锤进行了深入研究。 - Research on current rush to interception air - mass in delivery pipeline system and water hammer with gas is a branch of concurrent gas - liquid flow . for it refers to many fields , such as fluid mechanics , transient flow , concurrent gas - liquid flow and thermodynamics , the problem is very complicate , and there are still some issues to be deeply studied actually
输水管道系统水流冲击截留气团与含气水锤研究属于气液两相流的一个分支，该问题涉及到瞬变流、空化、气液两相流和热力学等多领域的理论，因而该问题十分复杂，有必要进行深入研究。 - The physical experiments and theoretical analysis indicate that rush pressure caused by current rush to interception air - mass in delivery pipeline system has much to do with the content of air - mass . the maximum rush pressure occurs not under the condition - much lower or much higher content of air - mass , but when the initiate volume of interception air - mass makes up 1 ~ 2 % of total pipeline volume , maximum current rush to interception air - mass pressure happens
试验研究表明，输水管道系统水流冲击气团(囊)造成的冲击压力与气团(囊)的含量有密切关系，截留气团含量太多或太少所产生的冲击压力都不是最大，当截留气团在一个大气压下的初始体积占管道总体积在1 2左右，水流冲击气团压力最大。 - Research on pressure current rush to interception air - mass in pipeline based on the study of gas properties in pipeline system , the research which was performed through physical experiments and mathematical modeling calculation , current rush to interception air - mass contents in different pipeline , the influences of different stop gate closing - velocities to pressure current rush to interception air - mass in pipeline and some other factors , were given much consideration on the influence of current rush to interception air - mass in pressure pipeline
2 、输水管道系统中压力水流冲击气团研究在对输水管道系统气体特性研究的基础上，通过试验对压力水流冲击截留气团进行了研究，着重研究不同的截留气团含量、不同的阀门关闭速度等对水流冲击管道截留气团的影响。