Time | Paper ID | Title / Autors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Symposium <Recent progress in research and development of membrane science and technology> | |||||
(9:00–10:40) ( Oohashi H., Nagasawa H.) | |||||
P301 | New CO2 removal system using an electrochemical technique in the Post-combustion. | CO2 electrochemical membrane | S-40 | 349 | |
P302 | Effects of intrusion of absorbent liquid in pores of porous hollow fiber membrane on CO2 chemical absorption ra | hollow fiber membrane gas absorption membrane Monoethanolamine | S-40 | 682 | |
P303 | Molecular dynamics simulation of CO2/N2 separation for organic group modified silica membranes | molecular dynamics aminopropyl group CO2 separation | S-40 | 224 | |
P304 | Design of amino acid ionic liquids with suitable gas absorption property for CO2 separation membrane | CO2 separation Facilitated transport membrane Amino acid ionic liquid | S-40 | 808 | |
P305 | Development of autonomous adsorption/desorption polymer grafted functional membrane, | molecular recognition coordinative phenomenon plasma graft polymerization | S-40 | 516 | |
(10:40–12:00) ( Kamio E., Kanezashi M.) | |||||
P306 | Plasma enhanced CVD fabrication of amorphous silica membranes and gas permeation characteristics | silica membrane gas separation plasma enhanced CVD | S-40 | 903 | |
P307 | Structure control of Ni support layer of Pd composite membrane by photolithography | Pd membrane photolithography | S-40 | 740 | |
P308 | Effect of polydopamine coating on antibiofouling potential of RO membrane | Polydopamine Antibiofouling RO membrane | S-40 | 466 | |
P309 | Ionic osmotic pressure model of the molecular recognition ion-gating membrane | Ionic osmotic pressure model Molecular recognition Ion-gating membrane | S-40 | 292 |