1) high temperature hot water pump
高温热水泵
2) high temperature water source heat pump
高温水源热泵
1.
Environmental impact analysis for district heating by geothermy associated with high temperature water source heat pump;
地热+高温水源热泵区域供暖工程的环境影响分析
2.
The environmental effects of two heating modes,district coal-heating plant and geothermy associating with high temperature water source heat pump,were compared and analyzed through scientific calculation.
经过分析计算,对区域燃煤锅炉房供暖方式和地热+高温水源热泵供暖方式对环境的影响做出科学比较,证明了地热+高温水源热泵同燃煤锅炉供暖方式相比具有巨大的环保效益。
3) medium-high temperature water-source heat pump
中高温水源热泵
1.
The situation is described about the concept and principle of the medium-high temperature water-source heat pumps.
介绍了中高温水源热泵的概念和工作原理;中高温水源热泵的工质研究及近年来在国内外的研究现状与发展趋势,包括中高温水源热泵制冷剂和系统性能的研究。
4) high temperature heat pump
高温热泵
1.
Optimal design for dual-stage high temperature heat pump by heat exchange area simulation;
双级循环高温热泵换热面积仿真优化设计方法
2.
Optimization of heat exchanger type for two-stage compression high temperature heat pumps;
双级压缩高温热泵换热器型号优化设计仿真
3.
In order to match two loads,which are high temperature heat pump s output and consumer s requirement,a neural net predictor was proposed and used in control system of heat pump.
为了使高温热泵输出负荷与用户所需负荷相匹配,尝试将一种神经网络预测器用于热泵系统的负荷调控之中。
5) medium-high temperature heat pump
中高温热泵
1.
Summarizes the research works and achievements in four fields, including alternative of HFC-134a in automobile air conditioning, alternative of CFC in centrifugal chillers in service, alternative of HCFC-22 and development of refrigerants in medium-high temperature heat pumps.
总结了汽车空调HFC-134a替代、在用离心式冷水机组CFC替代、HCFC-22的替代和中高温热泵工质开发四个领域内的研究工作及研究成果。
2.
The properties of medium-high temperature heat pump fluids were calculated with CSD equation,and the operational capability of different fluids was analyzed.
利用CSD方程对中高温热泵工质进行了理论计算,分析了不同工质的循环性能。
6) moderate and high temperature heat pump
中高温热泵
1.
Research on cycle working fluids for moderate and high temperature heat pump systems;
中高温热泵系统循环工质的研究
2.
Optimal design is done for water to water moderate and high temperature heat pump system from the viewpoint of saving energy and materials.
本文以节能节材为目的,对水-水中高温热泵系统进行了优化设计,以经济参数F为目标函数对系统进行经济性评价。
3.
A new non-azeotropic mixture has been proposed as the working fluid for moderate and high temperature heat pump applications at the condensing temperature range of 90 ℃-110℃ based on theoretical analysis and experimental investigations.
提出了一种适用于90-110℃冷凝温度范围的HFC类中高温热泵非共沸混合工质,其理论循环性能优于CFC114,实测COP为纯工质HFC245fa的97。
补充资料：铂改性铝涂层IN738LC耐蚀高温合金热腐蚀产物
铂改性铝涂层IN738LC耐蚀高温合金热腐蚀产物
IIL_一_一了
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