非水体系相转移催化研究进展
Studies on Phase Transfer Catalysis in Non-aqueous S
非水体系中的相转移催化反应避免了水分子与阴离子形成水合作用,抑制了水解副反应,大大的简化了后处理过程。本文综述了在非水条件下液-液、液-固、气-液等相转移催化反应的研究进展。尽管还有诸多问题尚待解决,但随着研究的不断深入,非水体系的相转移催化会迎来更广阔的前景。
Non-aqueous phase transfer catalysis to avoid the water molecules form a hydration with anion, inhibited the side-reactions of hydrolysis, greatly simplifies the process of post-processing. In this paper, under the conditions in the non-aqueous liquid - liquid, liquid - solid, gas - liquid phase transfer catalysis, etc. are reviewed. Although there are still many issues to be resolved, but as the study continued in-depth, non-aqueous phase transfer catalysis system will usher in a broader prospect.
陈卫航、石宜蕾、张婕
化学
相转移催化非水体系水解
phase transfer catalysisnon-aqueous systemhydrolysis
陈卫航,石宜蕾,张婕.非水体系相转移催化研究进展[EB/OL].(2009-12-22)[2025-07-22].http://www.paper.edu.cn/releasepaper/content/200912-777.点此复制
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