1) Gas-engine heat pump
燃气发动机热泵
2) gas engine heat pump(GEHP)
燃气发动机驱动热泵(GEHP)
3) gas engine heat pump(chiller)
燃气发动机热泵(冷水机组)
4) Gas Engine-Driven Heat Pump
燃气机热泵
1.
PER of gas engine-driven heat pump systems at different combined supply energy modes;
燃气机热泵系统不同联供运行模式一次能源利用率的分析
2.
Experimental investigation on partial load characteristics of gas engine-driven heat pump;
燃气机热泵变负荷特性的试验研究
3.
The technology and economy of heat-supply modes using heat and power cogeneration,district heating boiler plant,gas water heater,electricity,regenerative electric boiler,gas engine-driven heat pump,electric air-source heat pump,electric water-source heat pump and so on are discussed.
对采用热电联产、区域供热锅炉房、燃气热水器、直接用电、电蓄热锅炉、燃气机热泵、电动空气源热泵、电动水源热泵等供热方式的技术及经济性进行了探讨。
5) gas engine driven heat pump
燃气机热泵
1.
Velocity detection method in gas engine driven heat pump;
一种燃气机热泵速度检测方法
2.
An energy calculation model is established for the gas engine driven heat pump based on the experiment of components.
在对燃气机热泵部件进行实验的基础上,建立了燃气机热泵系统能耗计算模型。
3.
The thermodynamics analysis of gas engine driven heat pump (GEHP) is processed with the first law of thermodynamics, exergy theory and energy grade theory in this paper.
对燃气机热泵进行热力学第一定律分析、（火用）分析和能级分析,结果表明燃气机热泵具有高的热力学完善性,能量利用过程也比较合理。
6) gas engine heat pump
燃气机热泵
1.
The influences of variation of compressor rotation speed on refrigerating output and heating output of gas engine heat pump and on input power of compressor are analyzed.
分析了压缩机转速变化对燃气机热泵制冷量、制热量及压缩机输入功率的影响。
2.
The option of refrigerant in gas engine heat pump is important for the cycle performance.
燃气机热泵系统工质的选择是影响机组性能的关键,为此,选择了6组低环害或无环害的循环工质,从制冷剂的安全性和与系统润滑油的兼容性方面作了分析,同时以CSD方程计算了各组工质的循环参数,从热力学第一定律和一次能源利用率方面进行了分析。
补充资料：航空发动机推重比(见航空发动机推力)
航空发动机推重比(见航空发动机推力)
thrust to weight ratio of aeroengine
hQngkong角dong)1 tuizhongbi航空发动机推重比〔thros*:。wdgh:ra-tio of aeroengine)见航空发动机推力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条