... temperature effectiveness 温度有效度 temperature efficiency 温度效率 temperature embrittlement 温度(致)脆化 ...
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Proposed a formula definition of temperature efficiency for internal atrium, and further improve the evaluation of the existing air distribution system.
提出了适合内置式中庭的温度效率定义式,进一步完善了现有的气流组织评价体系。
参考来源 - 内置式中庭空调系统气流组织形式的数值模拟With the extension of reversing time, the average exit temperature of preheated air decreases and that of flue gas rises, and the thermal efficiency and the temperature efficiency decrease, too.2.
热工特性和各参数之间的关系如下:1、空气的出口平均温度随换向时间的延长而降低,烟气的出口平均温度随换向时间的延长而提高,热效率和温度效率随换向时间的延长而降低。
参考来源 - 蓄热室热工特性及优化设计研究·2,447,543篇论文数据,部分数据来源于NoteExpress
蓄热室温度效率可达到80%以上,热效率可达到70%以上。
Temperature efficiency is up more than 80%, thermal efficiency is up more than 70%.
通过数值模拟分析了蓄热体材质、换向时间、温度效率和热效率等的关联关系。
The relevant relations of regenerator medium, exchange time, temperature efficiency and thermal efficiency are analyzed by(numerical) simulation.
结果表明,空气的换向时间、蜂窝陶瓷蓄热体换热器的体积等是影响其温度效率和热回收率的重要因素。
The results show that: the switch time of air and the bulk of storage bed play important roles as regards its thermal performance characteristics.
In principle, this value, this efficiency, can approach 1 as the low temperature approaches absolute zero.
这个值,效率,当低温热源的温度1,是据对零度时可以达到一。
All right, so you can't get perfect efficiency, 0 but at least if you were able to go to zero degrees Kelvin, then you'd be all set.
好吧,你得不到完美的效率,但至少如果能把温度降到,那你就万事俱备了。
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