steam generation meaning in Chinese
蒸发
蒸汽发生
蒸汽形成
Examples
- Nomura giko manufactures superheated steam generation devices powered by electromagnetic induction heating
通过电磁诱导加热制造生产过热蒸汽发生装置。 - These systems have a number of shortcomings such as strong steam generation in the workshop , frequent maintenance work and risk of water penetration through cracks into the furnace
这些系统有很多缺点，例如车间里强烈的蒸汽产生，频繁的维护工作和水渗透进入到窑炉缝隙里的风险。 - Nomura giko s genesis superheated steam generation device is equipped with a superb temperature control response capability thanks to the use of an originally developed heating element structure , and is also able to generate larger volumes of superheated steam than similar devices by other makers
野村技工的过热蒸汽发生装置, genesis运用我们独自开发的发热体构造，可实现高速温度控制应答，与以往公司不同的是该装置可生成大容量的过热蒸汽。 - Osbl experience must include several of power generation and distribution , steam generation , instrument / plant air , cooling water , raw water treatment , waste water treatment , fire water , pressure storage , atmospheric storage , flare systems , polymer warehousing , liquid loading / unloading systems
在osbl上的经验必须包括几个电力生产和配送，蒸汽生产，仪表/工厂空气，冷却水，原水处理，废水处理，消防水，压力存贮，常压存贮，火炬系统，聚合物储藏，液体装卸系统。 - In the third , this paper makes a survey on components of the exhausted flue gas and waste heat resource , and discusses the possibility and methods of steam generation and air preheating with the waste heat . and then , the analysis on the advantages and disadvantages of heat recovery plants with conventional steel - water heat pipes and inorganic heat - transfer heat pipes is carried out . the paper also gives a valuation about the plan and features of the design of heat recovery
对余热源排烟的成分和余热资源量进行标定，讨论余热回收产生蒸汽或加热燃烧用空气的可行性和方法，分析常规余热回收技术设计、采用普通钢-水热管和无机传热热管等传热元件的设计余热回收装置的优缺点，并对余热回收设计方案及其特点进行总体评价。