1.
Study on Explosion Theory and Inhibition Mechanisms of Combustion and Explosion of Flammable Refrigerants;
可燃制冷剂爆炸理论与燃烧爆炸抑制机理的研究
2.
A trademark used for a variety of nonflammable gaseous or liquid fluorinated hydrocarbons employed primarily as working fluids in refrigeration and air conditioning and as aerosol propellants.
氟利昂一种用于一些不可燃气体或液体烷属烃的商标，主要用于制冷、空气调节和推进剂
3.
White smoke could be due to coolant or antifreeze that is either leaking, or being forced into the combustion chambers and being burned.
排气管冒白烟有可能是冷却液或防冻剂进入燃烧室并燃烧的结果。
4.
The Research on Preparation of Pt/C Catalysts with Freeze-Drying Method;
冷冻干燥法制备燃料电池Pt/C催化剂的研究
5.
fuel coolant interaction
燃料 冷却剂相互酌
6.
coolant-fuel interaction
冷却剂－燃料相互作用
7.
Iron oxide may be utilized in achieving propellants of ultrahigh burn rate.
氧化铁可用以制出超高燃速的推进剂。
8.
refrigeration mixture
制冷混合物，冷冻剂
9.
liquid refrigerat subcooled cycle
液态制冷剂过冷循环
10.
combusting preparations addiives to motor
易燃制剂(发动机燃料用化学添加剂)
11.
Facilitates rapid separation from the refrigerant in the oil separator
在油分离器中可快速与制冷剂实现分离。
12.
Allow ample air circulation by not overpacking the freezer.
对无外包装的制冷剂可增加空气循环速度。
13.
Feasibility Investigation of Freezer with Autocascade Refrigeration System Using Zeotropic Refrigerant Mixture;
非共沸环保混合制冷剂自然复叠冷柜的可行性研究
14.
Solid adsorption refrigeration is an energy-saving and environmentally-friendly cooling technology which can make good use of waste heat and solar energy, and use crude substance as refrigerant.
固体吸附式制冷是一种可直接利用热能作为驱动力和使用天然制冷剂的制冷技术。
15.
A colorless, odorless gaseous alkane, C2H6, that occurs as a constituent of natural gas and is used as a fuel and a refrigerant.
乙烷一种无色无味的气态链烷，分子式为C2H6，是天然气的组成成分，可用作燃料或致冷剂
16.
Gas hydrate and multicomponent salt hydrate etc. are very important cool storage media for air-conditioning and refrigerator, and so on.
制冷剂气体水合物及多元水合盐等是重要的蓄冷介质，可应用于空调、冰箱等蓄冷系统。
17.
Research on refrigerants alternative of two-stage cascade refrigeration units
两级复叠低温制冷机组制冷剂的替代
18.
Development of new type refrigerator oil for refrigerant R600a
R600a制冷剂用新型冷冻机油的研制