1.
In this way, heating power of up to40 W/ m2 and cooling power density of up to40 W/ m2 can be attained by injecting or extracting heat respectively.
用这种方法，通过分别散发和吸收热量，可以使最大采暖功率和最大制冷功率达到40W/2.
2.
Oil refrigeration power required (approx.)
油冷却功率(大约)
3.
Recent advances of high power Stirling-type pulse tube cryocooler
大功率斯特林型脉管制冷机的最新研究进展
4.
Experiments Study on Input Power of Diffusion-absorption Refrigeration System (DAR)
扩散吸收式制冷系统(DAR)输入功率的实验研究
5.
Heat Dissipation Analysis of High Power LED Based on Thermoelectric Cooler
基于热电制冷的大功率LED散热性能分析
6.
Mould chilling power required (approx)
模具冷却功率(大约)
7.
A 5- pound microclimate- conditioning system that provides 100 watts of heating or cooling.
重约2.3千克的小气候空调系统，能为加热或制冷提供100瓦的功率。
8.
Multi-objective optimization on high power stirling-type pulse tube cryocooler based on REGEN
基于REGEN的大功率斯特林型脉管制冷机多目标性能优化
9.
The Best Pump Frequency and the Most Cooling Efficiency in Laser Cooling with Energy Transfer Mechanism
能量传递制冷机制中激光制冷的最佳泵浦频率和最大制冷效率
10.
Quality requirment of the tension rate method for the cold drawn steel bar
冷拉钢筋按控制冷拉率法的质量要求
11.
Research on Evaporation Cooling Technology of Power Commute Device;
大功率整流器件蒸发冷却技术的研究
12.
Design of RF generator at cooling storage experimental ring
冷却储存实验环功率源的设计与计算
13.
Power and efficiency characteristic for an endoreversible closed intercooled regenerated Brayton cycle
内可逆闭式中冷回热布雷顿循环功率效率特性
14.
Real-time Power Measure and Control System of High Power CO_2 Laser;
高功率CO_2激光器功率实时检测与控制
15.
"For medium and larger horsepower sizes, some manufacturers elect to offer by-pass (pumpage cooled) jacketed motor designs."
对于大中型功率(马力)的电机,一些制造商选择提供旁路(泵冷却)加套电机设计结构。
16.
The intrapleural instillation of cryoprecipitate could significantly lower the recurrence rate of ipsilateral pneumothorax,and could not lead to restrictive pulmonary dysfunction.
结论：胸膜腔内注入冷沉淀能有效地降低同侧气胸的复发率，且不会导致限制性肺功能障碍。
17.
The Use of Modern Electric Power Converting Technology in Cooling Water-supply Control System of the Gasifire;
现代电功率变换技术在气化炉冷却水供水控制系统中的应用与实现
18.
Optimization of cooling load and COP for an irreversible Brayton refrigerator with variable temperature heat reservoirs
变温热源不可逆布雷顿制冷循环制冷率和制冷系数优化