1·Good heat dissipation, module design, fast heat emission.
散热效果好，模块化的设计，热量散发快。
2·The design of heat emission can be carried out through simulation of equipment temperature field.
因而可以通过对设备温度场的模拟，对其进行散热设计。
3·The use of vibrant colors on the facades serves as a reflector to control heat emission and sunlight stream.
在外墙上使用鲜艳的颜色作为一个反射器，以控制热辐射和阳光。
4·The thesis has analysed the influence of the structure and parameters of decorative covers on heat emission.
分析了装饰罩结构形式及参数对散热器散热量的影响。
5·The inventive air storage groove can improve the pressurize effect of airflow, to improve the heat emission ability.
利用所述贮气槽可提高气流的增压效果，进而提高离心式风扇的散热能力。
6·Introduced a heat calculation method and design method of the heat emission structure for a wind cool chamber power station.
给出了厢式风冷型电站内部的热量估算及散热结构设计的方法。
7·This paper poses, based on exergic analysis of vinyl chloride synthesis, the concept of scaling factor of heat emission exergy value.
本文在氯乙烯合成过程佣分析的基础上，提出散热佣价换算因子的概念；
8·On the basis of above studies, this paper presents some ideas to decrease the air spindle's heat-up and increase spindle's heat emission.
根据分析结果提出减小主轴发热和加强散热的措施。
9·The warm water vapour in upper space and the heat quantity in upper water are transmitted into lower cool water through bend tubes and heat emission pipes.
上端空间内热的水蒸汽 和上部份水中的热量通过弯管、传热管传到下部份较冷的水中。
10·Testing results for effects of high range water reducing agent on hydration temperature elevation, heat emission and strength of the concrete were presented.
介绍了高效减水剂对混凝土水化温度升高、放热率及强度影响的试验结果。