1) coagulation mechanism
凝聚机理
1.
The coagulation mechanism of polymer latex and the coagulation process of MBS grafting latex were reviewed firstly;pilotscale experiments of coagulation of MBS latex were carried out basing on the process of small scale experiment of coagulation of MBS latex and pilotscale experiment results of synthesis of SBR latex and synthesis of MSB latex.
阐述了聚合物乳液的凝聚机理和MBS接枝胶乳的凝聚工艺,在MBS胶乳凝聚小试研究和MBS接枝胶乳中试研究的基础上进行了MBS接枝胶乳凝聚的中试研究,着重研究了凝聚剂种类、用量和加料方式以及凝聚温度、水胶比等对MBS粉料堆密度和粒度分布的影响,确定了MBS胶乳的凝聚工艺,为5 000 t/a MBS树脂生产装置提供了设计依据。
2.
The coagulation mechanism of the polymerization process and the effects of the particle composition on the stability of the emulsion copolymerization process of the latex containing glycidyl, carboxyl and amino groups were investigated.
研究了乳胶粒组成对含有缩水甘油基、羧基和胺基的丙烯酸酯多层核壳型乳液聚合稳定性的影响规律 ,探讨了聚合过程的凝聚机理。
2) evaporation-condensation mechanism
蒸发-凝聚机理
3) evaporation condensation material transfer mechanism
蒸发凝聚传质机理
4) agglomeration theory
凝聚理论
1.
The paper introduces the agglomeration theory of stickies in recycled pulp process water and puts forward the ways to prevent stickies agglomeration and precipitation with this theory.
介绍了废纸浆水中胶粘物的凝聚理论,并应用此理论来考虑如何去防止胶粘物的凝聚与沉积的途径。
补充资料：BCS凝聚能（BCScondensationenergy）
BCS凝聚能（BCScondensationenergy）
一般将T=0K时的超导基态能量Es(0)与正常态费米球分布能量En(0)之差称BCS凝聚能。由BCS理论给出：
Es(0)-En(0)=-N(0)Δ2(0)/2
由此可知，Es(0)＜En(0)，能隙2Δ(0)的出现，系统将从正常态转入超导态而发生超导相变。
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