Recent membrane development for pervaporation processes
2016-07-20
org.kosen.entty.User@2dbddc5b
김형건(khgun)
첨부파일
행사&학회소개
1. Introduction
2. Fundamentals of the pervaporation process
2.1. Flux vs. permeability/permeance
2.2 Separation factor vs. selectivity
3. Common fabrication methods for pervaporation membranes
3.1. Solution casting
3.2. Hollow fiber spinning
3.3. Solution coating
3.4. Interfacial polymerization
3.5. Physicochemical modifications
4. Pervaporation membranes
4.1. Polymeric pervaporation
4.2. Mixed matrix pervaporation membranes
5. Emerging R&D on pervaporation membranes
5.1. Polyelectrolyte complex (PEC) membranes
5.2. Graphene-based membrane6
6. Conclusions and perspectives
2. Fundamentals of the pervaporation process
2.1. Flux vs. permeability/permeance
2.2 Separation factor vs. selectivity
3. Common fabrication methods for pervaporation membranes
3.1. Solution casting
3.2. Hollow fiber spinning
3.3. Solution coating
3.4. Interfacial polymerization
3.5. Physicochemical modifications
4. Pervaporation membranes
4.1. Polymeric pervaporation
4.2. Mixed matrix pervaporation membranes
5. Emerging R&D on pervaporation membranes
5.1. Polyelectrolyte complex (PEC) membranes
5.2. Graphene-based membrane6
6. Conclusions and perspectives
보고서작성신청
본 논문은 투석증발을 위한 최근의 막 개발에 대한 리뷰 논문이다.