1) interface ionization/complexation model
界面电离/络合模型
2) Complex-Dissociation Model
络合-解离模型
1.
The calculated data fromthe Complex-Dissociation Model were coincided well with experimental ones.
应用络合-解离模型和络合参与模型，证明在70～140℃区间内苯乙烯-马来酸酐本体自由基共聚合反应属于络合-解离机理，理论结果与实验数据相吻合；而络合-参与模型与实验数据偏差较大。
3) surface complexation model
表面络合模型
1.
This paper describes the main aquatic environmental model including the speciation model, surface complexation model, point source models, nonpoint source models and the computer model software; Especially, the development and application for ecological model are discussed.
本文系统地介绍了有关水环境主要的形态模型、表面络合模型、点源和非点源污染模型及其计算机模型软件，并着重阐述了生态模型的发展及应用
2.
The theoretic basis on which the software deals with adsorption problems in aqueous solution and the similarities and differences of three common surface complexation models that it c.
同时介绍了该软件在处理溶液吸附问题中的理论基础,以及所包含的三种常见表面络合模型—恒电容、双层及三层模型的相同点及差异性,并运用该软件模拟了Cu2+在水合氧化铁上的吸附行为,模拟结果与实验结果能较好地吻合。
4) interfacial model
界面模型
1.
According to the principle and the heat balance equation of the conduction calorimeter, the interfacial model of the conduction calorimeter and a theoretical equation for the calorimeter in which the delay of sensing has been considered have been suggested.
根据热导式热量计的工作原理,提出了热导式热量计的界面模型,建立了感温滞后条件下热量计的理论方程,从而提出了一种较快反应的热动力学研究法——失真热谱曲线修正法,并利用该法成功地研究了几个较快的准一级和等浓度二级反应的热动力学。
5) interface model
界面模型
1.
The article briefly elaborates the essentiality on study model of CMUI,introduces and analyzes several traditional user interface models, puts forward the structure model of CMUI,expounds the modeling principles,composes and relationships of components in the model.
简要阐述了研究协作多用户界面模型的必要性,介绍并分析了几种传统的用户界面模型,提出了协作多用户界面的结构模型,重点阐述了协作多用户界面结构模型的建模原则、模型组成以及界面模型中各个组件间的关联,分析和比较了传统用户界面模型与协作多用户界面结构模型的不同。
2.
The suggestion includes function model, information model, interface model, configuration model, and also some integrated method on the system.
它包括功能模型、信息模型、界面模型和组态模型 ,并考虑了系统的集成方法 。
3.
Some issues,such as core concrete model and interface model were discussed.
本文首先简要论述了有限元计算方法在钢管混凝土研究中的应用现状,探讨了核心混凝土模型和界面模型等一些关键问题。
6) User Interface Model
界面模型
1.
User interface templates based on user interface model;
基于用户界面模型的界面模板
补充资料：碰撞电离(见电离)
碰撞电离(见电离)
collision ionization
pengZhLjo门g凶。川!碰撞电离(eollision ionization)见电离。
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