本文对两根毛细泵环反向式蒸发器的传热性能进行了实验研究。
This paper is about the experimental investigation on heat transfer performance of evaporator with inverted meniscus in two-phase capillary pumped loops (CPL).
该回路需要对毛细泵主动加热促使工质流动，需要消耗一定的功率。
The capillary pump in this loop required to be heated actively to force fluid flow, and consume some power as well.
对两相毛细泵环及其反向式蒸发器在启动和工作过程中出现的工质循环脉动现象进行了初步的实验研究。
The fluctuant phenomenon of fluid circulation appears in the starting and working processes of two-phase capillary pumped loops(CPL). This problem was preliminarily studied by experiment.
对两相毛细泵环及其反向式蒸发器在启动和工作过程中出现的工质循环脉动现象进行了初步的实验研究。
The fluctuant phenomenon of fluid circulation appears in the starting and working processes of two-phase capillary pumped loops(CPL).
本文在对现有微泵综述的基础上，对PDMS气动微泵、蒸发-吸湿微泵、毛细-蒸发作用力微泵和原位集成式毛细-蒸发作用力微泵进行了研究。
Based on a review of existing micropumps, in the work systematic studies were conducted on PDMS pneumatic micropumps, micropumps based on evaporation and absorbion, micropumps based on capillary and .
本文在对现有微泵综述的基础上，对PDMS气动微泵、蒸发-吸湿微泵、毛细-蒸发作用力微泵和原位集成式毛细-蒸发作用力微泵进行了研究。
Based on a review of existing micropumps, in the work systematic studies were conducted on PDMS pneumatic micropumps, micropumps based on evaporation and absorbion, micropumps based on capillary and .
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