1.
IMPROVING THE OPERATING EFFICIENCY OF COMPRESSOR SET BY DECREASING THE EXHAUST TEMPERATURE OF CRACKING GAS COMPRESSOR TURBINE
降低裂解气压缩机透平排汽温度提高机组运行效率
2.
Control Technology of Smoke and Temperature in Automobile Power Unit
汽车电站排放烟度与温升的控制技术
3.
cylinder wall surface temperature transducer
汽缸壁表面温度发送器
4.
New technique for use of dump steam latent heat of steam turbine at environment low temperature
环境低温条件下汽轮机排汽潜热利用的新方法
5.
Study on Exhaust Temperature Drop of Turbocharged Two Stroke SI Engine
二冲程增压汽油机排气温降特性研究
6.
An embedded monitor system for wetness fraction of turbine steam based on ARM-Linux
基于ARM-Linux的汽轮机排汽湿度监测系统
7.
Petrol forms vapor above a certain temperature.
高于一定的温度汽油就形成蒸汽。
8.
Correction of Temperature Display in Governing Stage of Nozzle Governing Steam Turbine Unit
喷嘴配汽汽轮机组调节级温度的修正
9.
The air-cooled steam condenser (ACC) condenses the turbine exhaust steam or the de-superheated steam from the turbine bypass by rejecting the heat to the atmosphere.
空冷凝汽器(ACC)通过向大气释放热量对汽机排汽或汽机旁路的减温过热蒸汽进行冷凝。
10.
The homogenisation temperature, that is the temperature at which the fluid and vapour phases coalesce, is the minimum temperature of depositionof the mineral.
均化温度，即流体与汽态聚结温度，是矿物沉积的最低温度。
11.
Greenhouse effect" distracts our reluctant attention to the emissions of automotive exhaust.
温室效应”使得我们必须注意汽车尾气的排放。
12.
"Greenhouse effect" distracts our reluctant attention to the emissions of automotive exhaust.
"温室效应”使得我们必须注意汽车尾气的排放。
13.
Study on a Method and Application of Wetness Measurement on Line for Steam Turbine;
汽轮机排汽湿度在线监测方法及应用研究
14.
Study on the Method for Measuring Flowing Steam Wetness with Microwave Resonant Cavity Perturbation;
汽轮机排汽湿度微波谐振腔测量技术的研究
15.
Thermodynamic Analysis of the Last-stage Exhaust Steam Wetness of a Single-cylinder Low-parameter Steam Turbine
单缸低参数汽轮机末级排汽湿度的热力分析
16.
Steam is superheated by being heated above the temperature of saturated steam.
蒸汽被加热到饱和蒸汽的温度以上使之过热。
17.
Experimentation Research on Platen Superheater Excess Temperature Prevention and Main Steam Temperature Improvement
提高主汽温度防止屏式过热器超温试验研究
18.
Temperature Sensitivity Analysis of High Temperature Steam Electrolysis System for Hydrogen Production
高温蒸汽电解制氢系统温度敏感性分析