1) cooling degree day
冷却度日<能>
2) cooling against sunshine
防日晒冷却
3) Cooling performance
冷却性能
1.
A software system is developed to test the cooling performance of quenching media.
基于作者所开发的淬火介质冷却性能测试软件系统 ,概述了系统的构成、软件的设计及实现 ,具体分析了数据处理系统部分数学模型及数学处理方法 ,为编程提供了理论基础。
2.
With MATLAB program,the influence of structure parameters(length,width,tube spacing of heat exchanger) on the cooling performance of tube evaporative cooler is analyzed,including the heat transfer coefficient,mass transfer coefficient and energy consume of fan and pump.
本文建立了管式蒸发冷却器的数学模型,采用MATLAB编程,分析了换热器的长度、宽度及管间距的变化对其冷却性能的影响规律,主要从管式蒸发冷却器的传热系数和传质系数角度分析,并综合考虑对风机和水泵能耗的影响。
3.
Aiming at the fact that cooling process of tanks is related to various physical actions of its solid parts or fluids,an integrative prediction conception has been presented for cooling performance of tanks from overall and comprehensive views.
针对坦克装甲车辆的冷却过程涉及多物理场作用、多个零部件与多种流体参与的特点,基于整体和综合的角度,提出了冷却性能的集成化预测思路。
4) cooling characteristics
冷却性能
1.
The test methods of cooling characteristics of quenching oils were introduced.
介绍了淬火油冷却性能的测定方法。
5) cooling ability
冷却能力
1.
The processing characteristics and calculation methods of parameters of watersoaking cooling bed were introducedThe shortage of cooling ability of original cooling bed can be resolved by this type of cooling bed,and the good effects are obtained
介绍了浸水式冷床的工艺特点和具体工艺参数的计算方法,唐钢中型厂采用此冷床后,不仅很好地解决了冷却能力不足的问题,而且经济效益显著。
6) cooling power
冷却能力
1.
This paper analyzed heat transfer process in quenching and discussed the distinction between cooling power and hardenability of quenchant.
从传热学角度对淬火冷却过程进行了分析 ,探讨了淬火介质冷却能力和硬化能力的区别 ,简要总结和评价了淬火介质冷却能力的几种主要测定方法。
2.
The results show that the cooling power variation of water caused by temperatures is obviously stronger than that caused by flow rates;The cooling characteristic.
结果表明:水温变化对水的冷却能力的影响明显高于流速变化对其的影响;静止水在水温60~70℃区间的冷却能力发生突变;水温和流速对水的冷却能力的影响可以用硬化能力值和冷却曲线面积定量表示。
补充资料：度日
过日子（多指在困境中）：～如年（形容日子难熬）。
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