WES:水电解系统
“水电解系统”(Water Electrolysis System,常缩写为WES)是为了便于书写和使用而采用的简称。这一术语广泛应用于机构与科研领域,尤其在美国国家航空航天局(NASA)的相关技术文档和项目中频繁出现,主要用于指代通过电解水产生氢气和氧气的关键设备系统。
Water Electrolysis System具体释义
Water Electrolysis System的英文发音
例句
- This paper reports a newly developed photovoltaic driven water electrolysis system which produces purified hydrogen ( 99. 999 % ).
- 本文报道了一种运用单晶硅太阳电池组件电解水生产实验室应用的超纯氢(99.999%)的试验系统。
- Dynamic theoretical model for heavy water detritiation combined electrolysis catalysis exchange system was built to investigate the tritium space distribution and dynamic behavior.
- 为探求联合电解催化交换系统各单元中氚浓度空间分布和动态变化的内在规律,建立了D/T体系的气-液两元模型。
- Hydrogen generating system by water electrolysis is one of the most important hydrogen generating methods, and the system is widely used for thermal power plant, nuclear power plant, and for feed-oxygen in obturating space such as nuclear submarines and space station.
- 水电解制氢是重要的制氢方法之一,它广泛用于热电厂、核电站以及核潜艇、航天空间站等密闭空间人员供氧。
- However, traditional hydrogen production methods, such as water electrolysis and steam reforming of methane have the drawbacks of high energy consumption and complex system.
- 但目前电解水制氢、甲烷水蒸气重整制氢等传统制氢方法能耗高,设备复杂。
- But hydrogen is very easy to burn and explosive, which requests the water electrolysis apparatus operated in safe and stability. Therefore, it is very important for the design of flow diagram and controlling system of this apparatus.
- 但氢气具有易燃易爆的危险性,要求装置安全稳定运行,并对突发事件能够迅速反应,因此对水电解制氢装置的工艺流程和控制系统设计提出了较高的要求。
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