1) colloid chemistry
胶体化学
1.
The recent development of colloid chemistry and its application in papermaking industry were intruduced.
介绍胶体化学在近年来的发展,着重论述了胶体化学与造纸工业的关系,特别是在蒸煮,洗涤,漂白,抄纸及水处理过程中的应用。
2.
According to colloid chemistry and emulsion theory,the reason of stability for emulsion are analyzed,and the corresponding methods emulsion off-stability and breaking analysis are put forward.
乳状液中含有大量的油类和表面活性剂,并以微细的颗粒液珠高度分散在水中,具有相当的稳定性,根据胶体化学和乳状液理论,分析乳状液稳定的原因,从而提出相应的对其进行脱稳破乳除油的方法,这是处理乳状液废水的关键之所在,对乳状液的治理具有重要意义。
2) collochemistry
[,kɔlə'kemistri]
胶体化学
1.
The paper illuminates the existing state of free iron oxide in red clay in the view of collochemistry, pointing out the interaction mechanism between them is the adsorption of collochemistry; and analyzes the cementation of free iron oxide to clay mineral grain and the causes of coming into being structure strength.
从胶体化学的角度阐明游离氧化铁在红粘土中的赋存状态,指出它们之间的相互作用机理是胶体化学吸附作用;并分析其对红粘土中粘土矿物颗粒的胶结作用及产生结构强度的原因。
3) colloidal chemical method
胶体化学法
1.
The colloidal chemical method is employed to prepare InP quantum dots (QDs), where InCl3·4H2O, P(Si(CH3)3)3, TOPO and dodecylamine are used respectively as indium source , phosphorus source, capping groups and surfactant.
采用InCl3·4H2O为铟源,P(Si(CH3)3)3为磷源,TOPO为包覆剂,十二烷胺为表面活性剂,通过胶体化学法合成InP量子点。
2.
The preparation of nano-pigrnents and their application in emulsion coatings were studiedin this paper, nanocrystaUine iron oxide were prepared by colloidal chemical methodcombining with ultrasonic technology.
用胶体化学法结合超声波技术制备了纳米氧化铁，利用X射线衍射(XRD)和电子透射电镜(TEM)对纳米氧化铁微粒进行了表征。
4) colloid electrochemistry
胶体电化学
5) colloid chemistry of silica
硅胶体化学
6) colloid chemical behavior
胶体化学行为
1.
The relation between the colloid chemical behaviors such as Zeta potential, surface tension of the pulp and deinking efficiency in OMG deinking process were studied.
本文主要探讨了美国彩色废旧杂志纸(OMG)在脱墨处理时,浆料分散体系的胶体化学行为如Zeta电位、表面张力的变化与脱墨效果的关系,并对影响胶体化学行为的工艺条件进行了分析研究。
补充资料：胶体化学
分子式：
CAS号：
性质：研究胶体、大分子溶液及乳状液等类分散体系和与界面现象相关联的体系的性质及规律的一个学科分支。其内涵广阔，既涉及化学中的最基础的理论，又具有极广泛的实用性，且与众多学科相互交叉。
CAS号：
性质：研究胶体、大分子溶液及乳状液等类分散体系和与界面现象相关联的体系的性质及规律的一个学科分支。其内涵广阔，既涉及化学中的最基础的理论，又具有极广泛的实用性，且与众多学科相互交叉。
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