1) process of main steam temperature
主汽温过程
2) main steam pressure
主汽压
1.
Because boiler burning behavior varies greatly and the model of main steam pressure is of highly uncertainty,conventional control method can not obtain the expected control effect.
针对锅炉燃烧工况变化较大,主汽压对象模型具有不确定性,常规控制方法很难得到预期的控制效果。
2.
This paper expounds the main steam pressure control system of circulating fluidized bed.
对循环流化床机组的主汽压控制系统进行了分析,并设计了一个先进PID控制器。
3.
The effects of power plant main steam pressure control are analyzed and compared with different control signals,rules and balance signals and according to experience in order to obtain the better control effect,for several main steam pressure control modes are put forward different combustion systems and control ability of field facilities of different power plant units.
通过对火电厂主汽压采用不同的控制信号、控制规律和平衡信号进行控制所取得的效果进行分析比较，并根据实践经验，提出针对不同的机组制粉系统和一次设备的可控性情况，采用不同的主汽压控制信号、控制规律和平衡信号的控制方案，以取得较佳的控制效果。
3) main steam pressure
主汽压力
1.
IMC-PI cascade control for main steam pressure system of power plant;
火电厂主汽压力的IMC-PI控制系统设计
2.
Using this model,the quantify influence of the disturbance of main steam temperature,main steam pressure,vacuum,reheat steam temperature,superheater spray quantity and reheater spray quantity on the unit efficiency and the standard coal consumption was ob.
结果表明,主汽温度、再热汽温度、过热器喷水、再热器喷水的影响基本呈线性关系,而主汽压力和汽轮机真空对机组的影响则是非线性的。
4) main steam temperature
主汽温度
1.
Aiming at the main steam temperature at turbine-side is higher than the main steam temperature at boiler-side,the causes of measuring error of flow temperature in tube by thermocouple based on the heat transfer principle are analyzed.
针对宝鸡第二发电公司4号机组机侧主汽温度高于炉侧主汽温度问题,从传热学原理分析了热电偶测量管道内流体温度产生误差的主要原因。
2.
The protection of main steam temperature descending 50C is an important content of the Generator ETS protection system.
主汽温度10 min下降50℃保护是汽轮机ETS保护系统的1项重要内容。
3.
Based on the analysis of dynamic characteristics of the main steam temperature,considering the feature of the large delay,the large lag and slow-time varying and the various disturbances for the main steam temperature,the centers around a strategy which combines fuzzy with PID control to control the main steam temperature.
通过对CFB锅炉主汽温度动态特性的分析,针对主汽温度的大迟延、大惯性、慢时变及扰动因素多的特点,研究了模糊控制与PID控制相结合对主汽温度进行控制的策略。
5) main steam valve
主汽阀
1.
Directing against the unsmooth blockage phenomenon appeared on main steam valves of two 350 MW steam turbines manufactured by The Westing house Corporation,the causes leading to said blockage have been analysed.
针对丹东电厂2台350 MW汽轮机主汽阀卡涩现象,分析了主汽阀卡涩的原因,采取了相应的防范措施后,解决了主汽阀卡涩问题。
2.
main steam valve and governor valve are the important compontents of the steam turbine governing system,also the parts where fault often occurred.
主汽阀、调节阀是汽轮发电机组的重要部件 ,也是故障常发部件。
6) main-steam temperature
主汽温
1.
DMC-PID cascade main-steam temperature control system;
DMC-PID串级主汽温控制系统
参考词条
补充资料：赠温观主
【诗文】：
一别罗浮竟未还，观深廊古院多关。君来几日行虚洞，
仙去空坛在远山。胎息存思当黑处，井华悬绠取朝间。
弊庐道室虽邻近，自乐冬阳炙背闲。
【注释】：
【出处】：
全唐诗：卷574-51
一别罗浮竟未还，观深廊古院多关。君来几日行虚洞，
仙去空坛在远山。胎息存思当黑处，井华悬绠取朝间。
弊庐道室虽邻近，自乐冬阳炙背闲。
【注释】：
【出处】：
全唐诗：卷574-51
说明：补充资料仅用于学习参考，请勿用于其它任何用途。