多孔性
溶解度
溶剂
溶剂化
多孔介质
分子
溶剂化壳
密闭空间
化学
材料科学
土壤孔隙空间特征
位阻效应
化学工程
分子动力学
化学物理
热力学
壳体(结构)
水溶液
计算化学
作者
Cathal F Kelly,Sergio F. Fonrouge,José L. Borioni,Mario G. Del Pópolo,Émer M. F. Rooney,Deborah E. Crawford,K.T. Holman,Stuart L. James
出处
期刊:Chemical Science
[Royal Society of Chemistry]
日期:2025-11-19
卷期号:17 (2): 1341-1348
摘要
uptake compared to its neat solvent, supporting the assertion that the exclusion zone is at least in part due to exclusion of gas from the framework of the host. Overall, the work provides a more sophisticated understanding of gas solubility in Type II PLs and suggests some additional design considerations for achieving high solubility for a given gas. It also shows that, as well as being able to increase the solubility of certain gases PLs can also conceivably be designed to suppress the solubility of gases under some conditions, which could be useful in tuning selective dissolution.
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