1) Polarized refrigerant oil
极性制冷剂油
2) polarized refrigerant oil additive
极化制冷油添加剂
1.
Action of polarized refrigerant oil additive in economizing operation of refrigeration systems;
极化制冷油添加剂在制冷机中的节电作用
3) refrigerating oil
制冷剂油
4) refrigerant-oil mixture
制冷剂含油
1.
Automotive air-conditioning compressor is rich in oil, and its performance is changed obviously by the thermo-physical properties of refrigerant-oil mixture, which is different from pure refrigerant.
以DKS 15S型斜盘式汽车空调压缩机为研究对象 ,就制冷剂含油对汽车空调压缩机性能的影响进行了全面的分析和实验研
2.
The flow model of refrigerant-oil mixture in the capillary tube is established.
分析了制冷剂含油对毛细管长度的影响;研究了不同油浓度下,蒸发温度、冷凝温度和制冷剂质量流量对含油制冷系统中毛细管长度变化率的影响;对比了不同冷冻油对毛细管长度的影响。
5) oiliness & EP agent
油性极压剂
1.
The lubricity of oiliness & EP agent in oil is different from that in emulsion.
油性极压剂在油基和水基润滑剂中的润滑性能有较大差异,试验考察油性剂、极压剂对乳化液润滑性的影响,说明在乳化液中油性剂的极性是决定乳化液润滑性好坏的关键,而极压剂的浓度是决定乳化液润滑性好坏的关键,复合使用油性剂或油性剂与极压剂复合,润滑效果优于单剂。
6) physical properties
制冷剂物性
1.
Visualization of refrigerant physical properties computation;
制冷剂物性计算可视化的实现
2.
Based on the refrigerant physical properties function,the physical properties computation is visualized,and a convenient and effective tool for the thermodynamics computation and analyse of refrigeration cycle is supplied.
简要介绍了VC++调用Fortran与Matlab混合编程的基本原理,以制冷剂物性方程作为程序计算的基础,实现了制冷剂物性计算的可视化,为制冷剂的热力计算及分析提供了方便、快捷的图形计算工具。
3.
With refrigerant physical properties data graph to compute physical properties is tedious, time-consuming,and error-large.
借助制冷剂物性数据图表,计算制冷剂物性,繁琐,费时,误差大。
补充资料：制冷剂与载冷剂
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