1.
HEAT TRANSFER EFFECT COMPARISON OF THE HDPE RECYCLE GAS COOLER BEFORE AND AFTER THE REFORM
HDPE循环气冷却器改造前后换热效能比较
2.
The experimental design and multivariate analysis of heat rejection efficiency of miniature heat pipe heat exchanger
小热管换热器散热效能试验设计与多因素分析
3.
Application of high efficiency and energy saving shell-and-tube heat exchanger in nitrogen fertilizer industry
高效节能换热器在氮肥工业中的应用
4.
The research about the embedded in the burning boiler heat pipe heat exchanger have the effect of energy saving-desulfurization
嵌入热管换热器的反烧锅炉节能-脱硫功效研究
5.
Analysis on Energy Efficiency of Economizer Installed on NS Type of Gas Fired Boiler
换热器在燃气锅炉余热应用中的能效分析
6.
Analysis on Coefficients of Performance of Two Sewage-source Heat Pump Projects with Different Heat Exchange Modes
不同换热形式的污水热泵工程运行能效分析
7.
Heat Transfer Ability Calculation of High-efficiency Regenerator of High Temperature Air Combustion System in Shuttle Kiln
梭式窑高温空气燃烧系统高效换热器的换热性能计算
8.
The effect of a solution heat exchanger on the enthalpy COP is also discussed.
另外,分析了溶液换热器的换热效率对吸收式热转换器系统性能系数的影响.
9.
On the study of applications and working media of efficient energy-saving heat-pipe exchanger for heat recovery
余热回收高效节能热管换热器应用与工作介质的研究
10.
Study on Optimal Efficiency of Energy Transformation Based on Network Thermodynamics
基于网络热力学的能量转换最优效率研究
11.
Design of buried depth for vertical ground heat exchangers based on the energy efficiency degree
基于换热能效度的竖直地埋管埋设深度设计
12.
Another portion is lost as heat because of inefficiencies in energy transfer.
由于能量转换效率低，另一部分能量以热量形式损失掉。
13.
The CESM can solve problems of existing PCMs and sensible heat materials, and exchange heat in direct contact with compatible fluid in the process of energy storage, so the efficiency of exchanging heat is improved greatly.
在储能过程中,这种材料可与相容性流体直接接触换热,大大提高了换热效率。
14.
The Analysis of under Ground Heat Exchanger Equipment Which is Used on Soil Source Heat Pump
土壤源热泵地下埋管换热器换热性能的分析
15.
Heat Transfer Enhancement of Phase Change Thermal Storage and Experimental Research on Characteristics of Phase Change Heat Exchanger
相变蓄热换热强化及蓄热器性能实验
16.
Study on Indoor Thermal Comfort and Energy Saving Effect with High Air Exchange in Winter Season;
大换气量房间冬季室内热环境舒适性与节能效应研究
17.
Study on Performance of Heat Exchanger for Centrifugal Compressor;
离心式空气压缩机换热器换热效率的研究
18.
The closed screen prevents the heat dispersion by radiation or heat exchange, thus the system can reduce the energy consumption.
遮阳幕闭合后能有效防止温室内热能通过辐射或热交换形式外溢，从而降低温室耗。