1) platen superheater
屏过
1.
According to the situation on the pipe anchorage welding point leakage of #5 boiler platen superheater outlet header for Dezhou Power Plant,the reason for leakage of the pipe anchorage is analyzed and the related effective improved measure is presented.
根据华能德州电厂5号锅炉屏过出口联箱管座焊口泄漏情况,分析了管座焊口产生泄漏的原因,提出了相应有效的改进措施。
2) platen superheater
后屏过热器
1.
A tube failure occurred on the platen superheater of a DG1025/18.
2-п型锅炉设备概况,针对一起后屏过热器爆管事故,提出测试分析方法,给出测试分析结果,并根据现场实际情况制定了预防措施,从而保证了锅炉的安全稳定运行。
3) rear superheater
后屏过热器
1.
By investigating the rear superheater of a 300 MW boiler,the distributed dynamic mathematical model is built up using mechanical modeling method.
以1台300 MW锅炉的后屏过热器为研究对象,采用机理建模的方法,建立后屏过热器的分布式动态数学模型,模拟了当蒸汽流量及烟气侧换热量扰动时后屏过热器的蒸汽温度沿管长方向的分布及其管壁温度的动态变化,并对仿真结果进行了分析。
2.
Superheater is a component of boiler thermal system while rear superheater is one of the main parts of superheater, which is generally arranged in the top of furnace chamber and suffered with scouring and radiating of high temperature flue gas secular.
锅炉的过热器是锅炉热力系统中的组成部分,而后屏过热器又是过热器的主要部件之一,其一般布置在炉膛上部,长期受到高温烟气的冲刷和辐射。
4) division panel superheater
分隔屏过热器
1.
Causes of tube explosion of division panel superheaters of once through boilers for 600 MW supercritical units and countermeasures;
600MW机组超临界直流锅炉分隔屏过热器爆管原因分析及措施
5) whole-wall superheater
全大屏过热器
1.
Through macro and microstructure analysis for whole-wall superheater explosion tubes of No.
通过对湛江发电厂 1号锅炉全大屏过热器爆管进行宏观及显微组织分析发现 ,SUS30 4HTB夹持管爆管是由于在弯制过程中存在严重质量问题 ,运行中蒸汽被海水污染而导致了奥氏体不锈钢敏化态晶间应力腐蚀开裂。
补充资料：屏屏
1.层叠貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。