1) compression-type heat pump
电驱动热泵
1.
Five Chinese cities,that are Harbin,Hohhot,Taiyuan,Beijing,Xi\'an are selected to be the object of study,and a residence area is heat consumer,techno-economic analysis on utilization of surplus heat of condensing heat in fossil fuel power plants is done for compression-type heat pump and absorption-type heat pump respectively.
选择哈尔滨、呼和浩特、太原、北京、西安5个冬季采暖城市的住宅小区作为热用户,对电驱动热泵和吸收式热泵作为火电厂冷凝热的回收系统进行经济技术分析。
2) electrothermal drive
电热驱动
1.
On basis of analyzing the electrothermal drive mechanism of shape memory alloy(SMA) springs,an experiment on a differential joint SMA actuator is completed.
在分析了形状记忆合金(SMA)弹簧电热驱动原理的基础上,对一种差动式关节型SMA驱动器进行了实验研究。
3) pump with cyclic electromagnetic drive
电磁驱动泵
4) Electricity-driven heat pump
电动热泵
1.
The techno-economic comparison of Gas-engine heat pump with Electricity-driven heat pump;
燃气热泵与电动热泵的技术经济比较
5) mechanically driven heat pump
机械驱动热泵
6) Sensible Heat driven Air Pump
感热驱动气泵
1.
The importance of the “Sensible Heat driven Air Pump (SHAP)” over the Qinghai Xizang Plateau in regulating the East Asian monsoons and global climate is emphasized.
文章回顾了我国在青藏高原气象学的基础上发展起来的青藏高原气候动力学研究的近期进展 ;指出了青藏高原“感热驱动气泵 (SHAP)”在调制东亚季风及全球气候中的重要作用 ;在强调全球海陆分布所产生的“四叶型”加热LOSECOD激发出夏季副热带基本环流型的基础上指出高原的隆升增强了东亚季风的北伸 ;论述与青藏高原抬升相联系的高原负涡度源所激发的Rossby波对全球气候异常的影响 ,指出春季青藏高原的表面感热加热是造成东亚环流季节突变的重要原因 ,并导致亚洲夏季风首先在孟加拉湾东部地区爆发 ;还就进一步发展青藏高原气候动力学问题作了探
补充资料：电驱
1.迅速行进。
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