包水

冷冻解冻是一种新型的破除油包水（W／O）型乳状液的物理方法。

Freeze / thaw is a new physical method for demulsifying water-in-oil ( W / O ) emulsions .

CSP中间包水模实验优化研究

Experimental study on tundish optimization for CSP by hydraulic simulation

非离子乳化剂的HLB值和油包水乳化燃料油性质的关系

Relationship between HLB of nonionic emulsifiers and properties of water-in-fuel oil emulsions

初次免疫把弗氏完全佐剂与等体积的L1融合蛋白溶液研磨成油包水乳剂皮下多点注射于家兔的背部。

In the first immune experiment , L1 fusion protein was blended with a same volume of Freund 's complete adjuvant and injected into the back of the rabbit by subcutaneous injection .

S0-1油包水乳化压井液室内实验研究

Laboratory Experimental Study on S0-1 Water-in-oil Emulsion Killing Fluid

现场应用了4口井，固井质量优质，表明冲洗液YJC-1提高了油包水钻井液完钻井的固井质量。

Applications of 4 wells showed excellent cementing quality .

制备TritonX&10/正辛醇/环己烷/水（或氨水）油包水（W/O）型微乳液，讨论了微乳液相关性质与含水量的关系；

Triton X-10 / 1-octanol / cyclohexane / water ( or ammonia aqueous solution ) W / O microemulsion system was prepared , and the relationship between the property of microemulsions and the water content was studied .

水解速率在油包水（W/O）微乳液结构介质中较大，且随水含量增加而减小，双连续（B.C。）微乳液结构中随水含量增加而变大；

The hydrolysis rates are higher in W / O microemulsion media and decrease with the addition of water , they increase with that in B.C.

油包水乳化修井液的试验研究油包水钻井液耐高温冲洗液YJC-1的研究与应用

Experiment study on inverted emulsion workover fluid High temperature resisting flushing fluid YJC-1 tor oil based drilling fluid

通过对160mm×220mm矩形坯水平连铸中间包水模型试验，研究了中间包液面控制、长水口插入深度、铸坯拉速和中间包结构对钢水流场变化的影响。

The effect of liquid level control in tundish , immersed depth of long nozzle , casting speed and structure of tundish on liquid steel flowing pattern has been investigated by water modelling test of tundish for 160 mm × 220 mm billet horizontal continuous casting .

预测油包水乳化泥浆表观粘度的数学模型

A model for predicting the apparent viscosity of invert emulsion muds

高含水油包水乳化液稳定性机理及实验研究

Stability mechanism and experimental study of high moisture water in-oil emulsion

亚甲蓝油包水微乳的制备及其淋巴示踪特性的考察

Preparation and lymphatic tracing study of methylene blue water-in-oil microemulsion

油包水钻井液降滤失规律研究

Study of filtrate reducer laws in water-in-oil emulsion drilling fluid

连铸中间包水仿真模型数据采集系统的研制

The Design of the Data Collecting System for the Continuous Casting Water Model

谁包水在衣服里。

Who hath bound the waters in a garment ?

包水电费吗？

B : Does that include utilities ?

鞍钢中薄板坯连铸中间包水模型实验研究

Experimental Study of Hydraulic Model Simulating Tundish Behavoir in Medium or Thin Slab CC in Angang

其次，利用体系的相转变制备高性能的油包水乳液。

Secondly , we apply the phase inversion to prepare high performance W / O emulsion .

因此，研究油包水乳液的制备及稳定性具有重要的意义。

Therefore , it is of great importance to study the preparation and stability of W / O emulsions .

本发明涉及一种用于制备油包水粗乳液的琥珀酸二酯聚合物。

The present invention relates to a succinic diester polymer which is used in the preparation of water-in-oil macroemulsions .

采用油包水（W/O）的微乳液体系制备了粒度为20~100nm的α-Fe。

Alpha iron nanoparticles with about 20 ~ 100 nm size were obtained in the W / O microemulsion system .

本文的研究对于油包水乳化液降低成本，提高性能的发展具有重要的理论意义。

These results obtained in this paper are of importance for reducing production cost and improving property of W / O emulsion .

高效油包水配方及滋润效果，细腻肌肤，减少皱纹，不油不腻。

With highly efficient oil-wrap-aqua formula and moisturizing effect , it can refine skin and reduce wrinkle without oily and sticky feeling .

为减少不锈钢连铸坯中夹杂物的数量，开展了不锈钢板坯连铸中包水模实验。

In order to reduce the inclusion quantity in the stainless steel slab , water-modeling experiment of stainless steel slab continuous casting tundish is launched .

环糊精不管是对水包油或油包水体系，包合的挥发性物质的释放速度都比较稳定，且不破坏原膏体。

Cyclodextrins whether to oil-in-water or water-in-oil system , inclusion volatile material release rate are more stable , and does not destroy the original paste .

本文在对油包水乳化液的微观机构进行分析的基础上，对高含水油包水乳化液的稳定性机理进行了实验研究，初步分析了它的流变性质。

This paper carries out theoretical and experimental study of its stability mechanism , and gives emphasis to analyzing the rheological property of the emulsion .

首先对油包水（W/O）型微乳液进行了制备研究，探明了一定条件下W/O型微乳液中的最大增溶水量。

The preparation method of W / O microemulsion was studied . The maximum water content in W / O microemulsion under given conditions was found out .

电导率测定表明所形成的微乳液区均为水包油结构，即使在富含甲苯区域，亦不会有油包水的反相胶束形成。

The whole structure of microemulsion is oil core surrounded by water . The formation of reverse micelles is shown to be unlikely even in toluene-rich region .

通过绘制（伪）三元相图，考察多种乳化剂、助乳化剂和植物油对油包水微乳相行为的影响，并以载水量为指标进行优选。

Based on the obtained pseudo-ternary phase diagrams , the effects of surfactants , cosurfactants and oils on the microemulsion were studied and the formulations were optimized .