solvent principle

From △rGφ, △rHφ and △rSφ, this article is about the solvent principle of inorganic salt in ⅠA and ⅡA.

从无机盐溶解过程中的△_rG~φ、和△_rH~φ和△_rS~φ角度,讨论了无机盐的溶解原理,特别是对IA、ⅡA无机盐的溶解规律,作了较为详细的讨论。

The influence of those methods on environment and fiber properties is discussed according to the dissolution mechanism.

本文论述了天然纤维素纤维的生产方法包括铜氨溶液、NMMO及LiCl/极性溶剂等对生态环境和纤维性能的影响 ,重点介绍了纤维素在LiCl/极性溶剂体系中溶解机理及各种溶解条件对溶解性能的影响。

Methods\ The influence of those methods on environment and fiber properties are discussed according to the dissolution mechanism and spinning theory.

方法　从溶解机理及其纺丝原理上讨论了包括铜氨法、粘胶法、 NMMO(N-甲基 -吗啉 -N-氧化物 )法及 Na OH法对生态环境和纤维性能的影响 。

According to the change of transmissivity,the dissolution mechanism was concluded: the hydrogen bond between cellulosic fibers molecule broke up and the new coordinate bond Cd←O formed.

纤维的溶解机理为:纤维素纤维分子间氢键断裂,且有新的化学键生成。

Solubility and dissolving mechanism of SiO_2 in KCl-NaCl-NaF molten salt;

SiO_2在KCl-NaCl-NaF体系中的溶解度及溶解机理

Quick and continuous dissolution in high shear machine was studied systematically from dissolving mechanism, heat transfer and mass transfer, fluid mechanics of high polyacrylonitrile ( PAN ) , various factors affecting dissolving quality and control of quantitative ratio.

从聚丙烯腈高聚物的溶解机理、三传比、流体力学、影响溶解质量的各因素和三配比控制等方面,对高剪机快速连续溶解作系统探讨,完善了溶解工艺,为提高二步法原液溶解质量提供了途径。