solution, suspension, colloid & emulsion之间的区别是不英文本身,而在于这些概念本身,这些应该是在化学课上学的.现简单解释如下: solution,溶液,一种化合物以分子形式分散到另一种液态化合物中,是一种均匀的混合物; suspension, 悬浮液,一种固体分散到另一种液体中,固化以小颗粒形式与液体混合,静置一段时间后,会...
在化学中，solution, suspension, colloid 和 emulsion 有着不同的含义。这些术语描述了不同物质在液体中的分散状态。首先，solution 是一种均匀混合物，其中一种化合物以分子形式溶解在另一种液态化合物中。这种状态下的混合物非常稳定，不会发生分离。其次，suspension 是一种固体颗粒分散在另一种液体中...
solution, suspension, colloid & emulsion之间的区别是不英文本身,而在于这些概念本身,这些应该是在化学课上学的.现简单解释如下:solution,溶液,一种化合物以分子形式分散到另一种液态化合物中,是一种均匀的混合物;suspension, 悬浮液,一种固体分散到另一种液体中,固化以小颗粒形式与液体混合,静置一段时间后,会发...
solution,溶液，一种化合物以分子形式分散到另一种液态化合物中，是一种均匀的混合物；suspension, 悬浮液，一种固体分散到另一种液体中，固化以小颗粒形式与液体混合，静置一段时间后，会发生固液分离；colloid，胶体，一种均匀混合物，在胶体中含有两种不同状态的物质，一种分散，另一种连续 emulsion，...
solution, suspension, colloid & emulsion之间的区别是不英文本身,而在于这些概念本身,这些应该是在化学课上学的。现简单解释如下: solution,溶液,一种化合物以分子形式分散到另一种液态化合物中,是一种均匀的混合物; suspension, 悬浮液,一种固体分散到另一种液体中,固化以小颗粒形式与液体混合,静置一段时间后,...
with particles in solutions and suspensions, but as the particles in solutions, they are invisible to the naked eye, and we cannot filter them using a filter paper. We name the particles in a colloid as dispersed material, and the dispersing medium is analogous to the solvent in a solution...
真溶液,胶体,悬浊液,乳浊液的区分依据)(Atruesolution, suspension,emulsionofcolloid,thebasisforthedistinction between)) Watercanbeusedtodissolveavarietyofsubstances,isavery goodinorganicsolvent,waterusedasasolventsolution,that iscalledwatersolution.Use"AQ"asatoken,suchas"HCl" (AQ)". Whensubstancesaredissolved...
( c) what is a colloid :? Give two examples of colloids (or colloidal solutions ). View Solution (a) 110 g of a solute are present in 550 g of solution. Calculate the concentration of solution. (b) Give any three points of difference between true solution, colloidal solution and suspe...
A colloid solution for preparing a suspension, containing one or more components selected from Group A and one or more components selected from Group B as dispersoids, and water as a dispersant medium, the colloid solution being at a pH such that suspensoid particles added thereto...
5D. The finite-difference numerical solution of the augmented Young-Laplace equation was obtained with successive overrelaxation for the water film configuration. The DLVO interaction forces are presented in Fig. 2A. On smooth micrometric convex surfaces, there exists a thin film only. However, on...