It emphases discussing moisture structure applied in LP steam path and principle of moisture separator reheater, the other methods of moisture removing are also introduced.
重点讨论了低压通流中采用的去湿结构和汽水分离再热系统的原理以及其它去湿方法的应用。
The moisture separator reheater which used in nuclear power station was a complex structure, the NDT was according to British standards and French ALSTOM project standards.
核电站用汽水分离再热器结构复杂，无损检测按英国国家标准和法国ALSTOM公司工程标准进行。
Moisture Separator Reheater (MSR) is a complicated equipment in conventional island of a nuclear power station , it is made in abroad because it contains high technology and difficult manufacturing .
汽水分离再热器（MSR）是核电站常规岛中较复杂的设备，它的技术含量高、制造难度大，一般均在国外制造。
This paper simply presents the commissioning of moisture separator reheater (MSR) system and its monitored control system (RTC_5) of Qinshan NPP 300mw turbine generator.
本文简要地介绍了秦山核电厂300MW汽轮发电机组汽水分离再热器(MSR)系统及其监控(再热温度控制器——rtc_5)系统的调试、投运等。
This paper simply presents the commissioning of moisture separator reheater (MSR) system and its monitored control system (RTC_5) of Qinshan NPP 300mw turbine generator.
本文简要地介绍了秦山核电厂300MW汽轮发电机组汽水分离再热器(MSR)系统及其监控(再热温度控制器——rtc_5)系统的调试、投运等。
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