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- steam temperature change 汽温变化
- Let your body get used to the temperature change! 让你的身体适应温度的变换!
- A Study on Fuzzy-PIDControl of Main Steam Temperature in a CFB Boiler CFB. 锅炉主汽温。
- You will have a bit espial to see how the temperature change. 稍加观察就可以看出温度是怎样变化的。
- Pay a attention little,how the temperature change will be descried. 稍加观察就可以看出温度是怎样变化的。
- The predictive control and the PID controller were combined for controlling of the reheated steam temperature system. 摘要将预测控制和PID控制器结合运用于再热汽温系统的控制中。
- While the first and second-line guide to mercury location of the logger to gather steam temperature. 而第一及二线则引导到水银计记录仪的位置,以收集蒸汽的温度记录仪 。
- Had more water been used,the temperature change would have been smaller. 如果使用更多的水,温度变化本来会小一些的。
- Please adjust attemperator and flue gas damper to increase steam temperature up as soon as possible. 请尽快调节减温器和烟气挡板把蒸汽温度升高。
- Had more water been used, the temperature change would have been smaller. 如果使用更多的水,温度变化本来会小一些的。
- An application study for superheated steam temperature control system is carried out. 过热汽温控制是电厂锅炉控制系统的一个重要环节。
- By the combined use of a prediction control and PID controller in the control of a reheat steam temperature system. 将其应用于火电机组过热汽温控制进行仿真研究 ,结果表明所提出的预测控制算法具有优良的控制性能和很好的鲁棒性。
- The temperature changes abruptly. 天气乍冷乍热。
- How to control the ranges of reheater steam temperature during fixed pressure and sliding pressure start-up? 在定压起动和滑压起动时如何控制再热蒸汽温度?
- Initial modulus doesn't change as temperature changing. 初始弹性模量不随温度的变化而改变;
- In high temperature, the effect of superheated steam temperature on energy consumption isn"t remarkable. 随着风温和循环风速的提高能耗降低,在较高的温度下风温对能耗的影响不显著;
- The reheating steam temperature is adjusted by a swinging burner for the 600 MW power station boiler. 600 MW电站锅炉利用摆动燃烧器来调节再热汽温。
- The reheat steam temperature is controlled by regulating gas baffle and spray desuperheating auxiliarily. 再热汽温主要采用烟气挡板调节,辅助采用喷水减温控制。
- A simulation of the superheated steam temperature control system has demonstrated the validity of the recomm. 通过对过热汽温控制系统的仿真 ,表明该算法是有效的。
- Most also agree that the rate of heating is accelerating and that the consequences of this temperature change could become increasingly disruptive. 并且大多数科学家认为变暖的速度正在加快,大气变化的结果具有日益加剧的破坏性。