中间冷却器

两个蒸发温度合用一个中间冷却器时中间温度的计算

The calculation of the intermediate temperature of the intercooler with two evaporating temperatures

在传统液体除湿工艺基础上通过引入分流器和中间冷却器改进系统性能。

In order to improve system performances , we introduce the splitter and intercooler on the basis of traditional technology .

氨用中间冷却器装置之理论探讨

Theoretical Discussion of the Intercooler for the Ammonia Refrigeration Plant

压缩机中间冷却器采用不锈钢波纹管的试验研究

Experimental Research of the Use of Stainless Steel Corrugated Tubes for a Compressor Intercooler

空气压缩机中间冷却器的改造

Reconstruction of the Middle Cooler for Air Compressor

大型活塞空压机中间冷却器节能改造

Energy Saving on the Improvement of Middle Cooler Used on Large Piston Air Compressor

建立了该组件中压气机、涡轮、转轴以及中间冷却器的非线性动态模型。

Based on the performance maps of compressor and turbine , the nonlinear dynamic mathematical models of system are set up .

前者包括主要包括：冷凝器、蒸发器、中间冷却器、回热器、冷凝蒸发器和切换式换热器等；

The heat transfer section includes : condenser , evaporator , intermediate cooler , regenerator , condenser-evaporator and switching heat exchanger .

采用新型不锈钢波纹管代替壳管式换热器中的直管，对压缩机中间冷却器进行了改造，并进行了实际运行测试和比较分析。

The modification of a compressor intercooler was conducted by replacing the straight tubes of a shell tube heat exchanger with a new type of stainless steel corrugated tubes .

作为换热器中的一种，压缩机中间冷却器是流体压缩输送装置中的关键设备，中间冷却器的冷却效果会直接影响下一级压缩机的工作状况。

As one of the heat exchanger , compressor intercooler is a key equipment of a fluid compression delivery device . intermediate cooler cooling effect will directly influence the working conditions of compressor at the next lower level .

根据热经济学原理，从投资和运行的综合效益出发，提出了多组份气体压缩机中间冷却器优化设计的目标函数及优化设计参数。

He paper gives an objective function and parameter of optimum design for multi | component gas Compressor intercooler , it is based on the thermal economics principle and goes on the premise of combined efficiency of investment and operation .

中间压力带蒸发器负荷的中间冷却器的设计计算的探讨

Discuss Of Design Calculation Of Intercooler With Side Load Evaporator at Intermediate Pressure

中间冷却式回热循环燃气轮机带中间冷却器的增压柴油机

Intercooled regenerative cycle gas turbine superthermal diesel