Based on creepy transport model of single solvent in polymer membrane, a transport model of mixed solvents in polymer membrane was presented by considering the coupling between mixed solvents.
以单溶剂在高分子膜中的蠕变传递模型为基础，通过考虑溶剂间的耦合作用对溶剂在高分子膜中传递过程的影响，建立了混合溶剂在高分子膜中传递的蠕变模型。
The jointed effects of the electronic coupling and solvent relaxation time on the rates are also explored.
模拟过程中还研究了电子耦合强度和溶剂弛豫时间对电子转移反应速率的影响。
According to the principle of "the coupling re-action", the rule of solvent selection was proposed based on thermodynamic analysis.
考察了温度、时间和通气次数对系统热力学性质的影响。根据反应的耦合原理和热力学分析，提出萃取剂选择的原则。
The coupling agent prepared by the method is solvent-free, reaction condition is mild, product has high purity and stability.
采用该方法合成的偶联剂无需溶剂、反应条件温和、产物纯度高，合成的产物稳定性好。
The coupling agent prepared by the method is solvent-free, reaction condition is mild, product has high purity and stability.
采用该方法合成的偶联剂无需溶剂、反应条件温和、产物纯度高，合成的产物稳定性好。
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