为管式间接蒸发冷却器的设计、优化和推广应用奠定了基础。
It establishes the basis for the design, optimization and application of tube type indirect evaporative cooler.
并对喷淋式空气冷却器和盘管式空气冷却器的性能进行了比较。
And comparing the performance between the spray - type air cooler and coil air cooler.
本文结合间接蒸发冷却技术和强化传热技术，分析了几种增强管式间接蒸发冷却器传热的行之有效的方法。
Based on indirect evaporative cooling and heat transfer enhancement technology, several effective methods of enhancement of heat transfer of TIEC were researched intensively.
介绍一例：利用管式蒸汽冷却器将背压机排汽加热凝汽机给水，从而提高机组热经济性。
Here an example is: heating the feedwater of condensing turbine by exhaust steam of a back pressure turbine (through tubular steam cooler) to raise the set's heat economy.
介绍了现有的几种管式间接蒸发冷却器数学模型，并加以比较。
Several mathematical models of tube type indirect evaporative coolers are introduced and compared.
微通道冷却器的设计采用微通道模型、水冷式激光二极管，用ANSYS软件进行设计。
Microchannel model, water-cool laser diode, ANSYS software in design of microchannel condenser.
微通道冷却器的设计采用微通道模型、水冷式激光二极管，用ANSYS软件进行设计。
Microchannel model, water-cool laser diode, ANSYS software in design of microchannel condenser.
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