1) wear self-compensation membrane
磨损自补偿膜
1.
The result shows that the water is advantageous for self-compensation lubricating oil to form wear self-compensation membrane on the friction surface,a.
结果表明:水有利于自补偿润滑油在摩擦表面形成磨损自补偿膜,提高其补偿率;以自补偿润滑油代替常规润滑油是非常好的耐磨措施。
2) wear self-compensation
磨损自补偿
1.
The wear self-compensation additives ES12 and ESM122 are developed.
研制出磨损自补偿添加剂ES12、ESM122,系统研究了其在5种成品油中的摩擦学性能。
3) wear-self-compensation
磨损自补偿
1.
According to the theory of wear-self-compensation and aiming at the popular wear problems and serious results of mechanical engineering and products, additives ZSA and ZSC were developed to provide excellent wear-self-compensation tribological effect for tin bronze/hard chromium-plated 45 steel rubbing pairs in hydraulic pressure oil.
从磨损自补偿理论出发,针对工程上磨损问题突出、易造成严重后果的机械产品,成功研制了在液压油中对锡青铜-镀硬铬45钢摩擦副具有优异的磨损自补偿摩擦学效应的添加剂ZSA和ZSC。
2.
Additive ES12 was developed as wear-self-compensation, and the self-compensation effects and tribological effects of steel 45-steel 45 rubbing pairs and steel- 45-tin bronze rubbing pairs were studied.
研制了磨损自补偿润滑添加剂ES12 ,并对 4 5钢 4 5钢摩擦副及 4 5钢 锡青铜摩擦副的磨损自补偿效应和摩擦学效应进行了研究。
4) wear-self-compensation additive
磨损自补偿剂
1.
Aiming at the gear-driven steel-steel friction pair of the rolling mill grinding device,the influences of the wear-self-compensation additive SW4 developed by ourselves on the lubricating oil load-bearing capacity and the friction and wear characteristic of the steel-steel friction pair were studied.
结果表明:磨损自补偿剂SW4加入所试验的4种润滑油中,都不同程度地提高钢-钢摩擦副的最大无卡咬负荷和烧结负荷,其中最大无卡咬负荷提高程度较大;同时钢-钢摩擦副的耐磨性也有很大的提高。
5) abrasion compensation
磨损补偿
1.
It also expatiated the meanings of roads’ abrasion and proposed abrasion compensation modes accordingly in addition to the actual things.
本文从经济学角度出发,分析了高速公路的准公共产品特性和高速公路的产权归属,阐述了道路磨损的含义,并根据道路的磨损情况提出了相应的道路磨损补偿方式。
6) tool abrasion automatic compensation
刀具磨损自动补偿
补充资料：相位差补偿膜
分子式：
CAS号：
性质：相位差补偿膜是通过补偿光透过速度差异来消除液晶屏上出现的蓝紫光和黄绿光，使黑白显示更鲜明的材料。多用聚碳酸酯经过成膜、高精度拉伸形成。为了提高显示的对比度和视角特性，有时需要用两层不同的高分子膜层压而形成相位差补偿膜。
CAS号：
性质：相位差补偿膜是通过补偿光透过速度差异来消除液晶屏上出现的蓝紫光和黄绿光，使黑白显示更鲜明的材料。多用聚碳酸酯经过成膜、高精度拉伸形成。为了提高显示的对比度和视角特性，有时需要用两层不同的高分子膜层压而形成相位差补偿膜。
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