...环 11-3 压缩蒸气制冷循环 11-4 制冷剂性质 11-5 其他制冷循环 11-6 热泵循环 * 11-1 概 述 制冷循环 热泵循环 (heat-pump cycle) 逆向循环 (reverse cycle) 一、逆向循环的补偿条件 * 二、经济性指标 深冷<1 普冷>1 冷吨– 1 000 kg 0º C的饱和水在24 h内冷...
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热水循环泵 hot water circulating pump ; wilo ; hot water circulator ; hot water regulating pump
复合热泵循环 combined heat pump cycle
热循环泵 hot recycle pump
换热器循环泵 Heat Exchangers circulating pump ; Heat exchanger of circulation pump
热网循环泵 Circulation pump ; Hot Web circulation pump ; Circulation pump of heating network
空气循环热泵 Air cycle heat pump
热网循环水泵 circulation pump of heat-supply network
热水循环泵联轴器 hot water circulating pump coupling
Multi-functional Domestic Heat Pump (MDHP) system can reach high efficiency of energy because the evaporating cooling energy and condensing heating energy can be utilized simultaneously by MDHP system.
MDHP系统可以实现对热泵循环蒸发冷量和冷凝热量的综合利用，具有很高的能源利用效率，同时还可以减少夏季空调热污染。
参考来源 - 光伏—太阳能热泵系统及多功能热泵系统的综合性能研究·2,447,543篇论文数据，部分数据来源于NoteExpress
热泵循环使用的是液体制冷剂，这个循环使得制冷剂在一个封闭环路内从液体到气体交替变化。
Heat pumps circulate a fluid refrigerant that cycles alternatively from its liquid phase to its vapor phase in a closed loop.
对吸附式热泵循环系统中的传热传质进行了理论分析和实验研究，建立了吸附器中热传导方程。
The energy governing equation of the unsteady heat transfer in the adsorber was developed to simulate the pump cycle process.
本文叙述了升温型吸收和吸附式热泵的工作原理，热泵工质对及热泵循环系统的研究与进展状况。
A comprehensive review is given on the working principle of absorption and adsorption heat pumps, the study and development of their working pairs and cycles.
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