A comprehensive wellbore steam flow model for superheat steam injection
注过热蒸气井筒物性参数计算综合数学模型
The structure and function of steam superheater were introduced in this paper, the existent problem of steam superheater shall be analysed from different poin ts of view, the design improvement measure shall be taken at the homologous prob lem, important and difficult factors shall be pointed out in the process of manu facturing.
介绍蒸汽过热器的结构和作用 ,通过对蒸汽过热器存在的具体问题 ,从不同的角度分析原因 ,针对性地进行相应的改进设计 ,并指出制造过程中的要点和难点。
The MP steam superheater in ammonia synthesis section of Weihe Coal Chemical Group Co.
渭河煤化工集团有限责任公司合成氨工段中压蒸汽过热器频繁发生泄漏故障 ,导致多次停车检修 ,近 6年间报废 2台设备。
high-velocity superheated-steam kiln
高速过热蒸气快速干燥窑
A comprehensive wellbore steam flow model for superheat steam injection
注过热蒸气井筒物性参数计算综合数学模型
Heated,water will change to vapour.
水经过加热就会变成蒸气。
The gas would now be called "superheated steam".
这时的气体应当叫做“过热蒸汽”。
Analysis of failure of manifold head of steam superheater
蒸汽过热炉集气管管帽失效原因分析
Numerical Simulation of a Superheated Steam Comminution Classifier
过热蒸汽气流粉碎分级机的数值模拟
boiler body or base [for steam or other vapors generating boilers or for superheated water boilers]
锅炉身或炉基[蒸汽锅炉或其他蒸气发生锅炉用或过热水锅炉用]
Studies on Heat Transfer with High Fractional Noncondensable Gas in Dewvaporation Desalination Process;
露点蒸发淡化过程中含高分率不凝气的蒸汽冷凝传热研究
steam air heater
蒸汽加热式空气预热器
Technical Reformation for Steam Superheater in Air blow Gas Recovery System
吹风气回收系统蒸汽过热器的技术改造
Thermodynamic analysis of hydrogen production from dimethyl ether steam reforming
二甲醚水蒸气重整制氢过程的热力学分析
The hot gas is blown over thousands of tubes of water, thus generating steam which drives ordinary turbine generators.
热气从几千个水管吹过，从而产生能驱动一般涡轮发电机的蒸气。
High Temperature Steam Production and Studies of Hydrogen-rich Gas from High Temperature Steam Gasification and Reforming of Biomass
高温过热水蒸气的制备及生物质高温气化重整制氢特性研究
steam cored mold
蒸气加热孔道的模型
electric sauna heating appliance
蒸汽浴电气加热用具
steam flow diagram
热线图,蒸气流程图
The purpose of superheating the steam is to ensure that it is fairly dry.
过热蒸汽是为了保证蒸汽相当干燥。
Under these conditions, large quantities of water evaporate and condense into clouds and rain- releasing heat in the process.
在这种情况下，大量的水蒸气凝结成云和雨，并在此过程中释放热量。