Mineral oil free, water-miscible cooling lubricants, mainly for drilling, turning, milling, thread cutting, sawing, vibratory grinding, vibratory finishing.
不含矿物油、水溶性的冷却液，主要用于钻孔、研磨、螺纹切削、锯削、振动磨削、振动抛光。
The polymers and pigments have been discussed previously. Coalescing solvents are water-miscible glycol ethers which aid in the water-dispersibility of the resin and enhance coating uniformity.
聚合物和颜料在前面已经讨论过，混合溶剂是水溶性的乙二醇醚类， 它有助树脂在水中的水分散和提高涂膜的均一性。
Ethyl lactate is partly miscible with water and most organic solvents.
乳酸乙酯易溶与水和多种有机溶剂。
The organic solvent may be soluble, partially miscible with water or insoluble or nearly insoluble in water.
所述有机溶剂可为能用水溶解、与水部分混溶或者在水中不溶或几乎不溶的。
The vegetable protein milk made from sesame and soybean has the advantage of being miscible with water over the sesame milk.
以芝麻、大豆为主要原料制各的植物蛋白营养乳，克服了纯芝麻乳水溶性差的难题及纯豆奶风味较差的缺陷。
With ethanol and other organic solvents miscible, insoluble in water and petroleum ether.
能与乙醇等一般有机溶剂混溶，不溶于水和石油醚。
This paper presents a three-dimensional miscible solute transport model for salt water intrusion into fresh water aquifers, in an inland monoclinal structure.
本文建立了内陆单斜构造内咸水入侵淡水含水层的三维可混溶溶质运移模型。
Therefore, this paper presents a study of CO2 miscible flooding mechanism which considers the existence of formation water.
因此，本文提出了考虑地层水存在的CO2混相驱机理研究课题。
GREEN propyl lactate is 100% miscible at room temperature with water as well as with most organic solvents.
乐林乳酸丙酯在常温下可溶于水和多种有机溶剂。
It is a colourless, flammable liquid with a characteristic smell, miscible with water, alcohol, ether, chloroform and most oils. Also called Dimethyl ketone, Methylacetyl, Propanone, Pyroacetic ether.
它是无色、可燃烧液体，有特别气味，能混和水、酒精、醚、哥罗仿和一般油类。
Butanone can be miscible with water under low temperature, and formed azeotrope when distillation, making the separation of butanone and water difficulty.
丁酮与水常温下部分互溶，蒸馏时又形成共沸物，给丁酮-水的分离带来了困难。
Recently, CO2 miscible displacement research was greatly launched in domestic, in order to improve recovery of water flooded oil field and develop trouble reserves efficiently.
近年来，为了提高水淹油田的采收率及有效开采难采储量，国内正在大力开展CO2混相驱技术的应用研究。
Recently, CO2 miscible displacement research was greatly launched in domestic, in order to improve recovery of water flooded oil field and develop trouble reserves efficiently.
近年来，为了提高水淹油田的采收率及有效开采难采储量，国内正在大力开展CO2混相驱技术的应用研究。
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