在亚临界范围内，对余热锅炉的蒸汽参数进行了优化；
Optimizing the steam parameters of HRSG under subcritical condition can increase the efficiency to F technology combine cycle.
另外锅炉蒸汽参数对布风板面积大小的影响也作了简要的说明。
The influences of the steam parameters on the size of the distributor are also briefly treated.
为了改善电站的热效率，蒸汽参数趋向于更高的温度与更高的压力。
In order to improve the thermal efficiency of power plant, the steam condition tends the more higher temperature and more higher pressure.
分析了管网输送过程中蒸汽参数变化对工艺过程和蒸汽动力系统运行的影响。
An analysis on the negative impact of steam parameter change on utility system and process operations was conducted.
随着炼油厂规模的扩大，为降低能耗，蒸汽参数越来越高，对蒸汽品质的要求更加严格。
With expansion of refinery capacity. the higher steam parameters and steam quality are required in operation to reduce the energy consumption.
本文将要介绍的方法为：增加黑液固含量、空气预热、吹灰系统、给水预热、蒸汽参数和电除尘后的热回收。
The methods to be presented are: increased dry solids content of black liquor, air preheating, soot blowing arrangement, feed water preheating, steam parameters and heat recovery after precipitator.
将要介绍的这些方法为：增加黑液固形物含量、空气预热、吹灰系统、给水预热、蒸汽参数和电除尘后的热回收。
The methods to be presented are: increased dry solids content of black liquor, air preheating, soot blowing arrangement, feedwater preheating, steam parameters and heat recovery after precipitator.
敏感性分析表明，蒸汽参数对开发效果影响的顺序从大到小依次为生产时间、注汽干度、周期注汽量、注汽压力、焖井时间和注汽速度；
The sensitivity analysis indicates that the parameters impacting the production results from high to low are production time, steam dryness, cyclic steam injection volume, steam injection pressure.
敏感性分析表明，蒸汽参数对开发效果影响的顺序从大到小依次为生产时间、注汽干度、周期注汽量、注汽压力、焖井时间和注汽速度；
The sensitivity analysis indicates that the parameters impacting the production results from high to low are production time, steam dryness, cyclic steam injection volume, steam injection pressure.
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