再热蒸汽量,reheated steam flow
1)reheated steam flow再热蒸汽量
2)reheat steam再热蒸汽
1.Tentative analysis ofreheat steam temperature control system of 900 MW supercritical once-through boiler;900MW超临界直流锅炉再热蒸汽温度调节系统的初步分析
2.Based on the necessity and principle on calculating the loss of pressure for tubes of main steam andreheat steam,integrated method is submitted.在介绍主蒸汽和再热蒸汽管道压降计算的必要性和基本原则基础上 ,提出了主蒸汽和再热蒸汽管道压降整体计算的方法 ,进而介绍了管道布置的优化方法 ,并通过工程实例说明经压降计算进行优化布置所带来的效益。
英文短句/例句
1.Optimal adjustment of supports & hangers of hot reheater steam pipe再热蒸汽热段管道支吊架的优化调整
2.The temperature of reheat steam directly influences the efficiency of a power station.再热蒸汽温度直接影响电站的经济性。
3.RECONSTRUCTION OF REHEATED STEAM TEMPERATURE SIGNALS BASED ON LMS ALGORITHM基于LMS算法的再热蒸汽温度信号重构
4.Extracting can also be done by partially freezing the salt solution.加热蒸馏法是将盐水加热，使水分蒸发，然后再使蒸汽冷凝成水。
5.Study of Common Rules of Steam Blowing for Tri-pressure HRSGs三压再热余热锅炉的蒸汽冲管方法讨论
6.Water is converted to steam in the boiler, and the steam thus formed is superheated above the boiler temperature .水在锅炉里变成蒸汽，而这样形成的蒸汽再加热会超过锅炉的温度。
7.cooker, steam-heated, non-domestic蒸汽加热蒸煮器,非家用
8.steam air heater蒸汽加热式空气预热器
9.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。
10.vapor-dominated geothermal reservoir蒸汽为主的地热储层
11.The liquid water is heated so that it becomes steam.液态水受热而变成蒸汽。
12.Heat energy turns ice into steam.热能把冰变为蒸汽。
13.A steam engine transforms heat into energy.蒸汽机将热转变成能。
14.vapor filled thermoelectron type rectifier充蒸汽热电子式整流器
15.thermosol-pad steam range热溶轧染蒸汽联合机
16.cargo oil steam heating system货油舱蒸汽加热系统
17.Heated, the water turns to vapour.加热时，水会变成蒸汽。
18.electric sauna heating appliance蒸汽浴电气加热用具
相关短句/例句
reheat steam再热蒸汽
1.Tentative analysis ofreheat steam temperature control system of 900 MW supercritical once-through boiler;900MW超临界直流锅炉再热蒸汽温度调节系统的初步分析
2.Based on the necessity and principle on calculating the loss of pressure for tubes of main steam andreheat steam,integrated method is submitted.在介绍主蒸汽和再热蒸汽管道压降计算的必要性和基本原则基础上 ,提出了主蒸汽和再热蒸汽管道压降整体计算的方法 ,进而介绍了管道布置的优化方法 ,并通过工程实例说明经压降计算进行优化布置所带来的效益。
3)reheat steam flow中间再热蒸汽流量
4)reheated steam engine再热蒸汽机
5)steam reheater蒸汽再热器
6)steam calorimeter蒸汽量热量
延伸阅读
再热蒸汽系统再热蒸汽系统reheating steam systemzolre zhengq一x一tong再热燕汽系统(reheating steam system)汽轮机高压缸的排汽返回锅炉再热器再热后送回汽轮机中压缸的燕汽管道系统。若采用二级再热，则还应包括中压缸排汽再热后返回低压缸的燕汽管道系统。从汽轮机高压缸(或中压缸)排汽口到锅炉再热器进口的蒸汽管道，称为低温再热蒸汽管道;从再热器出口到中压缸(或低压缸)的燕汽管道，称为高温再热蒸汽管道.低温再热蒸汽温度较低，管道材料通常采用优质碳素钢;高温再热燕汽温度一般与主蒸汽温度相同或略高，管道材料采用耐热合金钢。燕汽在再热系统中的流动阻力对循环热效率的影响较大，每增加0.1 MPa的流动阻力，循环热效率将降低。.2%~。.3%.增大再热蒸汽管道和再热器的管径，虽可降低再热系统的流动阻力，但增加管道和设备的投资费用。所以，再热燕汽系统(包括锅炉再热器)的流动阻力一般限定在高压缸排汽压力的8纬~10%。火电厂设计中，为降低再热燕汽管道的投资，通常采用提高高温再热蒸汽管道蒸汽流速的方法来减小管径，以降低耐热合金钢管材的消耗量;高温再热蒸汽管道因减小管径而增加的压力损失，可以用增大低温再热燕汽管道管径以减少压力损失来补偿。再热燕汽系统压力损失给定后，高温再热蒸汽管道和低温再热蒸汽管道的管径应通过优化计算来确定。
