1.
Wall Temperature Calculation and Research on Overtemperature and Tube Explosion on the Rear Platen Superheater;
电站锅炉后屏过热器壁温计算及超温爆管研究
2.
The Numerical Simulation Calculation for Tube Wall Temperature of Pedant Superheater of Power Station Boiler;
大型电站锅炉屏式过热器壁温数值模拟
3.
Research of Wall Temperature Characteristic of Superheater and Reheater of the Power Plant Boiler;
电站锅炉过（再）热器壁温特性研究
4.
The Three-Dimensional Calculation about the Pipe Surface Temperature of the Boil s Super-heater and Re-heater;
锅炉过热器、再热器变工况三维壁温计算
5.
Analysis and Treatment of Temperature Deviation of High Temperature Superheater Tube Wall of 410t/h Boiler
410t/h锅炉高温过热器管壁温度偏差的分析处理
6.
Distributed Dynamic Model and Metal Temperature Calculation of Rear Platen Superheater;
锅炉后屏过热器的分布式动态模型及壁温计算
7.
Numerical Simulation of the Tube Temperature of High-temperature Convective Superheater in the Large Utility Boiler;
大型电站锅炉高温对流过热器管壁温度的数值模拟
8.
Convective Superheater Tube Wall Temperature Calculation under Different Air Distribution Modes and Life Appraisal Study;
不同配风工况下的高温对流过热器管壁温度计算及寿命预测
9.
Calculation Method of Heat Deviation And Special Study To Wall temperature For Super-Heater System of Large Capacity Boiler;
大型电站锅炉过热器系统热偏差计算与壁温特性研究
10.
The Heated Tube Overheating Problem of Superheater and Reheater in High Parameter Large Capacity Utility Boilers and Tube Wall Temperature Online Monitor
高参数大容量电站锅炉过热器再热器的超温问题和炉内壁温在线监测
11.
When tube wall strength can not bear inner steam pressure in the tube, blowout of low-temperature tube occurs.
当管壁强度无法承受管内蒸汽压力时，导致低温过热器管爆裂。
12.
Studies on Application of Artificial Neural Network to Superheater s Tube Wall Temperature Calculation and Life Appraisal;
神经网络在过热器管壁温度计算及寿命预测中的应用研究
13.
An Improved Method for the Wall Temperature Calculating of Utility Boiler Heater
动力锅炉加热器壁温的改进计算方法
14.
Fabrication Technology of the Shell Which Owning Very Thick and Super Diameter for HPHT Fly Ash Filter
高温高压飞灰过滤器厚壁大直径筒节的制造
15.
We just repaired the walls and replaced the water heater.
我们刚把所有的墙壁粉刷过了，还换了新热水器。
16.
The air then passes through heat exchangers where it is cooled to cryogenic temperature.
接着空气通过热交换器冷却到低温。
17.
Test and Research of Pipe Explosion in 670t/h Boiler s HTSH;
670t/h锅炉高温过热器爆管试验研究
18.
Use INFI-90 Smith Controller to Control Super-Heater Steam-Temperature;
基于INFI-90Smith预估器的过热汽温控制调节