1) photolytic stability
耐光解安定性
2) light degradation resistance
耐光降解性
3) light stability
光安定性
1.
The advance on the light stability about hydrotreated lube base oils is reviewed here.
但是 ,加氢处理润滑油基础油的一个明显缺点就是其光安定性差 ,即在有氧条件下通过光照 (有时也需加热 ) ,油品颜色加深、透明度变差 ,继而有絮凝物或沉淀生成。
2.
The light stability and electric performance of hydrocracking base oil as for transformer oil were investigated.
对加氢裂化油作为变压器油基础油的光安定性、电气性能等性能进行了考察 ,并研制出了适合加氢基础油生产变压器油的添加剂配方。
3.
The relation between the composition and the light stability of hydro-treating lube base oil was described.
介绍了加氢处理润滑油基础油的组成及其与光稳定性的关系,初步探讨了加氢处理润滑油基础油中部分加氢多环芳烃的存在可能是造成其光安定性差的主要原因。
4) hydrolytic stability
水解安定性
1.
The hydrolytic stability of calcium alkyl salicylates was investigated,and the effect of stiring time,rotating speed,temperature and quantity of water on calcium alkyl salicylates hydrolytic stability when existing water was analysed.
研究了清净剂烷基水杨酸钙(T109)的水解安定性,分析了单剂在水存在的条件下,搅拌时间、搅拌速度、环境温度及含水量等因素对烷基水杨酸钙水解安定性的影响。
2.
This additive was used in ashless high pressure antiwear hydraulic oil and industrial gear oil,indicating that it has good oil solubility,EP antiwear property, hydrolytic stability,thermal stability,and so on.
简述了上309 极压抗磨剂的合成原理、工艺路线,并对上309 进行了各项性能的评定,同时将上309 应用于无灰高压抗磨液压油、工业齿轮油中,得出上309 具有较好的油溶性、优良的极压抗磨性、水解安定性、热稳定性等。
3.
Referred to the unsatisfactory with thermal stability and hydrolytic stability of high pressure antiwear hydraulic fluids as HF 0 in our development,we scanned effects of many kinds f dispersants and metal deactivators.
针对研制HF-0规格高压抗磨液压油过程中出现的油品热稳定性和水解安定性差的问题,考察了不同类型分散剂和金属钝化剂改善油品热稳定性和水解安定性的效果。
5) UV stability
耐紫外安定性
6) stability to hydrolysis resistance
耐水解稳定性
1.
Comparing the parameter of the physical property, the experiment summarizes the factors which influence the stability to hydrolysis resistance of PU.
以不同的聚多元醇、聚酯和二苯基甲烷二异氰酸酯配伍合成聚氨酯树脂 ,采用丛林实验并通过物理性能参数对比总结出了影响聚氨酯树脂耐水解稳定性的因素。
补充资料:耐光性
分子式:
CAS号:
性质:指涂膜受光线照射后保持其原来光学性能(如颜色、光泽等)的能力。其中又分为保光性、保色性和耐黄变性。涂膜在日光照射下起变化,但需时较长,通常对涂膜的耐光性的检测采用人造光源,以加速涂膜的变化,缩短检测时间。
CAS号:
性质:指涂膜受光线照射后保持其原来光学性能(如颜色、光泽等)的能力。其中又分为保光性、保色性和耐黄变性。涂膜在日光照射下起变化,但需时较长,通常对涂膜的耐光性的检测采用人造光源,以加速涂膜的变化,缩短检测时间。
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