1) w/o type emulsion
w/o乳浊液
2) W/O emulsion
W/O乳液
1.
we research on that how to form a stable W/O emulsion with various emulsors.
石膏模具是陶瓷工业生产中长期以来使用的传统模具,为了克服石膏模具的一些缺点,研究了不饱和树脂基模具的制备,以不饱和聚酯树脂为基体,加入各种助剂配制W/O乳液,然后加入复合乳化剂,最终制得微孔模具材料。
3) O/W microemulsion
O/W微乳液
1.
At first, Pd(NO3)2 was recycled from the waste Pd-C catalyst, then, the palladium nanoparticles with size of 5 nm to 200 nm were generated in the O/W microemulsion of sodium dodecyl sulfate (SDS), Brij30 and H2O system by using nonionic surfactant Brij30 as the reducing agent.
从Pd-C催化剂废料回收Pd(NO3)2,然后在SDS/Brij30/H2O体系O/W微乳液中制备纳米钯。
2.
Fine particles of polyaniline were prepared in (An+O/W microemulsion)two phase system in which the An phase was used as a monomer source and the O/W microemulsion phase for polymerization.
选择合适的SDBS/苯胺/H2O三组分O/W微乳液与苯胺单体共存的两相体系,以单体相为单体源,在O/W三组分微乳液中进行了苯胺聚合,所得聚苯胺粒子大小仅为3nm,分布较均匀,且具有较好的导电性能。
4) O/W emulsions
O/W型乳液
1.
Experimental study on the preparation of O/W emulsions by SPG membrane emulsification;
利用SPG膜制备O/W型乳液实验研究
5) O/W emulsion
O/W乳状液
1.
The electrical conductivity of O/W emulsions with different oil volume fraction was measured.
测定了不同油相体积分数的O/W乳状液电导率,考察了油相体积分数、乳化条件、温度对O/W乳状液电导率的影响,研究了O/W乳状液电导率与其浓相体积变化分数、吸光度的关系。
6) W/O microemulsions
W/O微乳液
1.
In this paper, a review is presented focusing on the application of reversed micelles or w/o microemulsions to synthesizing nano-sized ultrafine particles, including precip itation in reversed micelles, preparation of colloidal catalysts, preparation of semi-conductors, magnetic particles and ceramic powders, etc.
本文对近年来应用反向胶团或w/o微乳液制备纳米级超细颗粒的研究进展作了评述,包括反胶团内的沉淀、胶体催化剂、半导体、磁性及陶瓷材料的制备等。
补充资料:乳浊液
分子式:
CAS号:
性质:又称乳浊液,乳状液。是由两种(或两种以上)互不相溶(或不完全相溶)的液体构成的两相液态体系。其中一种液体的微细液滴(均0.1μm)均匀分散于另一种液体中,前者称为分散相,后者称为连续相。以水乳液为例,连续相就是水。习惯上将构成分散相的有机液体称作“油(O)”;谓之水包油乳液(O/W);反之,如连续相为有机液体而分散相是水,则谓之为油包水乳液(W/O)。乳液较不稳定,容易发生相分离现象,必须加入乳化剂。
CAS号:
性质:又称乳浊液,乳状液。是由两种(或两种以上)互不相溶(或不完全相溶)的液体构成的两相液态体系。其中一种液体的微细液滴(均0.1μm)均匀分散于另一种液体中,前者称为分散相,后者称为连续相。以水乳液为例,连续相就是水。习惯上将构成分散相的有机液体称作“油(O)”;谓之水包油乳液(O/W);反之,如连续相为有机液体而分散相是水,则谓之为油包水乳液(W/O)。乳液较不稳定,容易发生相分离现象,必须加入乳化剂。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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