基础油

On the ground of the free volume theory and free volume additivity, it proclaims to use diluter of good biodegrad

试验证明，该方法能有效的改善菜籽油的低温性能，为研制满足汽车使用性能并可生物降解润滑油的基础油提供了有益的参考。

The new catalyst for preparing base oil of lubricant by polymerization of α-alkene was studied.

对α-烯烃聚合制备润滑油基础油的新型催化剂进行了研究。

The quality of lubricant base oil can be characterized by its aromatic hydrocarbon content.

为测量润滑油基础油中芳烃含量的多少，表征油品的精制深度和质量，研制了在线紫外分析仪。

To the unique base oil imports in line with the latest technology from additive to reconcile.

以独特的进口基础油配合最新技术的添加剂调和而成。

Also the additive package may be inappropriate or even incompatible with surrounding components in your system.

基础油的粘度可能与应用推荐的不同，添加剂也不恰当---甚至性质与你系统所需的相反。

The results showed that the two synthesized compounds have good thermal stability; two synthesized compounds as additives in 5 cst possess rather good antiwear property and load-carrying capacity, and the antiwear ability of the additive loma is stronger than that of the additive boma; there is a pronounced synergism between the additives loma/boma and zddp in terms of the anti-wear property and load-carrying capacity.

发现两种化合物有很好的热稳定性；两种化合物作为润滑油添加剂在5 mm2/s基础油中有相当好的抗磨性能和承载能力，其中含有三嗪环的抗磨添加剂比不含三嗪环的抗磨能力好；两种抗磨添加剂均与zddp有很好的协同抗磨减摩作用。

The calescence of water droplet in water-in-oil emulsion is studied in a rectangle coalescence pipe with laminar flow when it passes through an AC Field of 50Hz.

在矩形聚结管道上对基础油包水乳化物在层流流态下通过50Hz的交流电场时，乳化物中的水滴发生的聚结现象进行了研究。

The addition of nanoparticle additives could change the viscosity of lubricating base oil, and could be partly used to interpret their lubricating mechanisms.

纳米颗粒的添加可能改变基础油的粘度，这一点被部分用于解释纳米颗粒的润滑机理。

EP 103 is the new generation of the semi-synthetic water-mixable coolant with emulsifier,optimized EP and AW additives. Forms a yellow translucent emulsion with water. Skin friendly basis oil and additives are used in this products, it has free of nitrite , chorine , amines and amides.

EP 103是由乳化剂，极压剂，抗磨剂等复合成的新一代半合成水溶性切削液，与水混溶成浅黄透明体， EP 103由精选非皮肤刺激性基础油和添加剂复制而成，不含亚硝酸盐，氯，氨和胺类成分。

The synthesized polyimide membrane showed good nanofiltration performance for organic mixtures of lubricant oil with acetone and benzene solvents.

操作压力为2 MPa下稳态操作时，该膜对酮苯脱蜡工艺后的溶剂与润滑油基础油混合物的截留率达66％，通量为4.26 L/（m2·h），为有机溶剂体系的纳滤膜分离技术的工业应用提供了基础。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。