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Modification and preparation of membrane in supercritical carbon dioxide / Guang-Ming Qiu ... [and others].

Contributor(s): Material type: TextTextSeries: Chemistry research and applications seriesPublisher: New York : Nova Science Publishers, c2010Description: 1 online resourceContent type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 9781614703167
  • 1614703167
Subject(s): Genre/Form: Additional physical formats: Print version:: Modification and preparation of membrane in supercritical carbon dioxideDDC classification:
  • 660/.284248 22
LOC classification:
  • TP156.E8
Online resources:
Contents:
MODIFICATION AND PREPARATION OF MEMBRANE IN SUPERCRITICAL CARBON DIOXIDE ; MODIFICATION AND PREPARATION OF MEMBRANE IN SUPERCRITICAL CARBON DIOXIDE ; CONTENTS ; PREFACE ; ACKNOWLEDGMENT ; INTRODUCTION ; MEBRANE FORMATION VIA SCCO2 INDUCED PHASE SEPARATION ; 2.1. PHASE SEPARATION OF FLUOROPOLYMER SOLUTION ; 2.2. CRYSTALLIZATION OF FLUOROPOLYMER SOLUTION; 2.3. FORMATION OF POROUS MEMBRANE ; 2.4. EFFECT OF CO2 PRESSURE ON MEMBRANE FORMATION; 2.5. EFFECT OF TEMPERATURE ON MEMBRANE FORMATION ; 2.6. Effect of Polymer Concentration on Membrane Formation.
2.7. Effect of Solvents on Membrane Formation SUPERCRITICAL CARBONDIOXIDE EXTRACTION FOR MEMBRANE FORMATION IN TIPS ; 3.1. THERMALLY INDUCED PHASE SEPARATION (TIPS) ; 3.2. SCCO2 EXTRACTION ; 3.2.1. SCCO2 extraction procedures ; 3.2.2. SCCO2 extraction conditions ; 3.3. THE MICROSTRUCTURE AND MORPHOLOGY OF MEMBRANES ; 3.4. COMPARISON BETWEEN DIFFERENT SOLVENT EXTRACTION ; MEMBRANE OF POLYMER BLENDS BY SCCO2 ; 4.1. POLYMER BLENDING IN SCCO2 ; 4.2. STRATEGY OF MODIFICATION FOR POLYMER/SUBSTRATE BLENDS ; 4.3. PREPARATION OF POLYMER BLEND MEMBRANES.
4.4. CHARACTERIZATION OF POLYMER BLEND MEMBRANES 4.5. Copolymerizations of Styrene and Maleic Anhydride ; SURFACE MODIFICATION OF MEMBRANE IN SCCO2 ; 5.1. SURFACE-GRAFTED MEMBRANE; 5.2. MECHANISM FOR GRAFT MODIFICATION OF POLYMER MEMBRANE ; 5.3. GRAFT COPOLYMERIZATION OF MAN/ST ONTO THE SURFACE OF PVDF MEMBRANE; 5.4 CHARACTERIZATION OF THE GRAFTED CHAINS ; 5.5. MORPHOLOGIES AND STRUCTURE OF THE SMA-GRFTED PVDF MEMBRANE ; 5.6. SURFACE PROPERTIES OF THE SMA-BASED MEMBRANE ; Surface hydrophilicity of the SMA-Based Membrane ; Surface biocompatibility of the SMA-Based Membrane ; CONCLUSIONS.
Holdings
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eBook eBook e-Library EBSCO Science Available
Total holds: 0

Includes bibliographical references and index.

Description based on print version record and CIP data provided by publisher.

MODIFICATION AND PREPARATION OF MEMBRANE IN SUPERCRITICAL CARBON DIOXIDE ; MODIFICATION AND PREPARATION OF MEMBRANE IN SUPERCRITICAL CARBON DIOXIDE ; CONTENTS ; PREFACE ; ACKNOWLEDGMENT ; INTRODUCTION ; MEBRANE FORMATION VIA SCCO2 INDUCED PHASE SEPARATION ; 2.1. PHASE SEPARATION OF FLUOROPOLYMER SOLUTION ; 2.2. CRYSTALLIZATION OF FLUOROPOLYMER SOLUTION; 2.3. FORMATION OF POROUS MEMBRANE ; 2.4. EFFECT OF CO2 PRESSURE ON MEMBRANE FORMATION; 2.5. EFFECT OF TEMPERATURE ON MEMBRANE FORMATION ; 2.6. Effect of Polymer Concentration on Membrane Formation.

2.7. Effect of Solvents on Membrane Formation SUPERCRITICAL CARBONDIOXIDE EXTRACTION FOR MEMBRANE FORMATION IN TIPS ; 3.1. THERMALLY INDUCED PHASE SEPARATION (TIPS) ; 3.2. SCCO2 EXTRACTION ; 3.2.1. SCCO2 extraction procedures ; 3.2.2. SCCO2 extraction conditions ; 3.3. THE MICROSTRUCTURE AND MORPHOLOGY OF MEMBRANES ; 3.4. COMPARISON BETWEEN DIFFERENT SOLVENT EXTRACTION ; MEMBRANE OF POLYMER BLENDS BY SCCO2 ; 4.1. POLYMER BLENDING IN SCCO2 ; 4.2. STRATEGY OF MODIFICATION FOR POLYMER/SUBSTRATE BLENDS ; 4.3. PREPARATION OF POLYMER BLEND MEMBRANES.

4.4. CHARACTERIZATION OF POLYMER BLEND MEMBRANES 4.5. Copolymerizations of Styrene and Maleic Anhydride ; SURFACE MODIFICATION OF MEMBRANE IN SCCO2 ; 5.1. SURFACE-GRAFTED MEMBRANE; 5.2. MECHANISM FOR GRAFT MODIFICATION OF POLYMER MEMBRANE ; 5.3. GRAFT COPOLYMERIZATION OF MAN/ST ONTO THE SURFACE OF PVDF MEMBRANE; 5.4 CHARACTERIZATION OF THE GRAFTED CHAINS ; 5.5. MORPHOLOGIES AND STRUCTURE OF THE SMA-GRFTED PVDF MEMBRANE ; 5.6. SURFACE PROPERTIES OF THE SMA-BASED MEMBRANE ; Surface hydrophilicity of the SMA-Based Membrane ; Surface biocompatibility of the SMA-Based Membrane ; CONCLUSIONS.

Master record variable field(s) change: 050, 082

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