1) microemulsion dispersion
微乳化分散
1.
A novel PVC resin was prepared by in-situ polymerization of vinyl chloride and (nano-)CaCO_3,which adopted the microemulsion dispersion technology for nano-CaCO_3.
采用纳米CaCO3的微乳化分散技术制得了一种新型氯乙烯/纳米CaCO3原位聚合PVC树脂。
2) high-shear dispersing emulsifier
乳化分散
1.
Preparation and physicochemical properties of Al_2O_3 ceramic inks based on α-Al_2O_3 was studied in the form of alumina suspension prepared and surface tensions by high-shear dispersing emulsifier.
以纳米α-Al_2O_3为原料,用乳化分散法制备出了分散性、稳定性良好的 Al_2O_3陶瓷墨水,研究了墨水的理化性能。
3) dispersion and emulsion
分散乳化
4) microemulsion ultrasonication method
微乳超声分散法
1.
Method:Prepared nanostructured lipid carriers (NLC) loaded with supercritical carbon dioxide fluid extraction of Xionggni powder (XG-CO_2-SFE) with a microemulsion ultrasonication method,established the best prescription of XG-CO_2-SFE-NLC by orthogonal design methods with entrapment efficiency of nanoparticles as index,and investigated their physicochemical characterizations.
方法:采用微乳超声分散法制备芎归散超临界CO_2萃取物纳米结构脂质载体混悬液,以总苯酞的含量作为工艺研究中包封率的评价指标,以包封率为考察指标,采用正交试验筛选最佳处方,并考察其物理化学性质。
5) microparticle-emulsified cationic dispersed rosin size
阳离子微粒乳化中性分散松香胶
1.
According to the experimental results,the optimum emulsifying temperature and adding time in the preparation process of microparticle-emulsified cationic dispersed rosin size were 140℃ and 20min,respectively.
采用常压逆转工艺制备出了性能优良的阳离子微粒乳化中性分散松香胶,对制备过程中乳化温度、复合乳化剂的加入时间进行了探讨,实验结果表明,在综合考虑操作成本与乳化效果的前提下,乳化温度以140℃为宜,复合乳化剂的加入时间以20m in为宜。
6) PC-90
高速分散乳化
1.
The dissertation discussed the process and equipment of preparating powder lecithinand high purity Phosphatidylcholine(PC-70)、(PC-90), and the technical and economic analysiswere done.
正交实验结果显示,其最佳条件为:97%丙酮,1:4料液比,萃取两次,搅拌速度2900r/min,室温下两次萃取方式进行浓缩磷脂脱油实验,模拟工业条件以1:8,1:4,1:4,1:3料液比在室温条件下逆流萃取四次,以高速分散乳化方式进行固液萃取,最终产品纯度可达98。
补充资料：高剪切乳化分散机的工艺特点
高剪切分散乳化是将一个相或多个相分布到另一个连续相中，而在通常情况下，这两个相是互不相溶的。
由于转定子相对的高速旋转和转定子高频机械效应带来的强劲动能使不同性质的物料在转定子狭窄的间隙中瞬时承受几十万次的液力剪切、液层摩擦、撕裂碰撞和喘流离心挤压等综合作用，使物料确保充分分散乳化、均质、溶液，从而使不相溶的固相、液相、气相瞬间高度分散和细化。
与此同时，相边界与表面张力呈指数关系，所以使终端分散相长期地保持稳定
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