STUDIES ON THE PERMEABILITY OF P VC/EBBA OVERLAPPED ULTRATHIN COMPOSITE MEMBRANES MODIFIED BY PLASMA-POLYMERIZATION WITH FLUOROCARBON MONOMERS*

FU Xiucheng; JIN Xigao; Tisato KAJIYAMA

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STUDIES ON THE PERMEABILITY OF P VC/EBBA OVERLAPPED ULTRATHIN COMPOSITE MEMBRANES MODIFIED BY PLASMA-POLYMERIZATION WITH FLUOROCARBON MONOMERS*

Papers | Updated：2021-06-21

- STUDIES ON THE PERMEABILITY OF P VC/EBBA OVERLAPPED ULTRATHIN COMPOSITE MEMBRANES MODIFIED BY PLASMA-POLYMERIZATION WITH FLUOROCARBON MONOMERS*
- Vol. 7, Issue 2, Pages: 124-131(1989)
- Affiliations：
  
  1. Institute of Chemistry, Academia Sinica, Beijing. China) and Tisato KAJIYAMA
  2.   Academia Sinica
  3.   Beijing.China
  4.   Department of Applied Chemistry
  5.   Faculty of Engineering
  6.   Kyushu University
  7.   Fukuoka
  8.   Japan
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FU Xiucheng, JIN Xigao, Tisato KAJIYAMA. STUDIES ON THE PERMEABILITY OF P VC/EBBA OVERLAPPED ULTRATHIN COMPOSITE MEMBRANES MODIFIED BY PLASMA-POLYMERIZATION WITH FLUOROCARBON MONOMERS*. [J]. 7(2):124-131(1989)
DOI：

FU Xiucheng, JIN Xigao, Tisato KAJIYAMA. STUDIES ON THE PERMEABILITY OF P VC/EBBA OVERLAPPED ULTRATHIN COMPOSITE MEMBRANES MODIFIED BY PLASMA-POLYMERIZATION WITH FLUOROCARBON MONOMERS*. [J]. 7(2):124-131(1989) DOI：

摘要

<,正,>, The PVC/EBBA ultrathin composite membranes with thickness of about 100 nm were prepared by spreading the solution on water surface. The overlapped composite membrane showed a characteristic aggregation structure in which the polymer matrix exists as a three-dimensional spongy network and the liquid crystal domains werc observed. Tne surface modification for the overlapped membranes was carried out by means of plasma-polymerization with the monomers of fluorocarbon compounds. Both Arrhenius plots of permeability coefficients for oxygen （（?）,O,2,） in the membrane samples before and after modification showed significant increase in the vicinity of the T,KN, of EBBA.

Abstract

The PVC/EBBA ultrathin composite membranes with thickness of about 100 nm were prepared by spreading the solution on water surface. The overlapped composite membrane showed a characteristic aggregation structure in which the polymer matrix exists as a three-dimensional spongy network and the liquid crystal domains werc observed. Tne surface modification for the overlapped membranes was carried out by means of plasma-polymerization with the monomers of fluorocarbon compounds. Both Arrhenius plots of permeability coefficients for oxygen （（?）,O,2,） in the membrane samples before and after modification showed significant increase in the vicinity of the T,KN, of EBBA.

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