Progress in Polymer Science (Oxford)
Die Inhaltsverzeichnisse werden automatisch erzeugt und basieren auf den im Index des TIB-Portals verfügbaren Einzelnachweisen der enthaltenen Beiträge. Die Anzeige der Inhaltsverzeichnisse kann daher unvollständig oder lückenhaft sein.
Inhaltsverzeichnis
- 951
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Macromolecular design of permselective membranesAoki, T. et al. | 1999
- 952
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1 - Introduction - 1.1 - Permselective membrane| 1999
- 952
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1 - Introduction - 1.1 - Permselective membrane - 1.1.1 - Development from porous membrane to non-porous membrane| 1999
- 952
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1 - Introduction| 1999
- 953
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1 - Introduction - 1.1 - Permselective membrane - 1.1.2 - High performance and limitation of carrier-containing membrane| 1999
- 954
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1 - Introduction - 1.2 - Oxygen permselective membrane| 1999
- 955
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1 - Introduction - 1.3 - Ethanol permselective membrane| 1999
- 956
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2 - Macromolecular design for oxygen permselective membrane - 2.1 - Relationship between a functional group in a macromolecule and oxygen permselectivity - 2.1.1 - Silicon containing polymer| 1999
- 956
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1 - Introduction - 1.5 - Membrane with permeability controlled by external stimulation| 1999
- 956
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2 - Macromolecular design for oxygen permselective membrane| 1999
- 956
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2 - Macromolecular design for oxygen permselective membrane - 2.1 - Relationship between a functional group in a macromolecule and oxygen permselectivity| 1999
- 956
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1 - Introduction - 1.4 - Optical resolution membrane (enantioselectively permeable membrane)| 1999
- 959
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2 - Macromolecular design for oxygen permselective membrane - 2.1 - Relationship between a functional group in a macromolecule and oxygen permselectivity - 2.1.2 - Poly(substituted acetylene)| 1999
- 962
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2 - Macromolecular design for oxygen permselective membrane - 2.1 - Relationship between a functional group in a macromolecule and oxygen permselectivity - 2.1.3 - Fluorine containing polymers| 1999
- 966
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2 - Macromolecular design for oxygen permselective membrane - 2.1 - Relationship between a functional group in a macromolecule and oxygen permselectivity - 2.1.4 - Others| 1999
- 967
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2 - Macromolecular design for oxygen permselective membrane - 2.2 - Relationship between architecture of a macromolecule and oxygen permselectivity| 1999
- 967
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2 - Macromolecular design for oxygen permselective membrane - 2.2 - Relationship between architecture of a macromolecule and oxygen permselectivity - 2.2.1 - Comb-shaped polymers and graft copolymers| 1999
- 968
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2 - Macromolecular design for oxygen permselective membrane - 2.2 - Relationship between architecture of a macromolecule and oxygen permselectivity - 2.2.2 - Alternating and block copolymers| 1999
- 968
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2 - Macromolecular design for oxygen permselective membrane - 2.2 - Relationship between architecture of a macromolecule and oxygen permselectivity - 2.2.3 - Ladder-like and linear polymers| 1999
- 969
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2 - Macromolecular design for oxygen permselective membrane - 2.3 - Composite membrane containing a compound having oxygen affinity - 2.3.1 - Addition of a compound having oxygen affinity (blend membrane)| 1999
- 969
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2 - Macromolecular design for oxygen permselective membrane - 2.3 - Composite membrane containing a compound having oxygen affinity| 1999
- 971
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2 - Macromolecular design for oxygen permselective membrane - 2.3 - Composite membrane containing a compound having oxygen affinity - 2.3.2 - Surface modification by a compound having oxygen affinity| 1999
- 972
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3 - Macromolecular design for ethanol permselective membrane| 1999
- 972
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3 - Macromolecular design for ethanol permselective membrane - 3.1 - Relationship between functional group in a macromolecule and ethanol permselectivity - 3.1.1 - Silicon-containing polymers| 1999
- 972
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3 - Macromolecular design for ethanol permselective membrane - 3.1 - Relationship between functional group in a macromolecule and ethanol permselectivity| 1999
- 973
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3 - Macromolecular design for ethanol permselective membrane - 3.1 - Relationship between functional group in a macromolecule and ethanol permselectivity - 3.1.2 - Fluorine-containing polymers| 1999
- 973
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3 - Macromolecular design for ethanol permselective membrane - 3.2 - Membrane surface-modified by fluorine-containing polymer| 1999
- 974
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4 - Macromolecular design for optical resolution membrane (enantioselectively permeable membrane) - 4.2 - Conventional approach to design an optical resolution membrane| 1999
- 974
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4 - Macromolecular design for optical resolution membrane (enantioselectively permeable membrane) - 4.1 - Shortcomings of conventional optical resolution methods| 1999
- 974
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4 - Macromolecular design for optical resolution membrane (enantioselectively permeable membrane)| 1999
- 975
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4 - Macromolecular design for optical resolution membrane (enantioselectively permeable membrane) - 4.3 - New approach to design of optical resolution membrane - 4.3.1 - Membrane from polymer having bulky chiral group as pendant group| 1999
- 975
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4 - Macromolecular design for optical resolution membrane (enantioselectively permeable membrane) - 4.3 - New approach to design of optical resolution membrane| 1999
- 982
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4 - Macromolecular design for optical resolution membrane (enantioselectively permeable membrane) - 4.3 - New approach to design of optical resolution membrane - 4.3.2 - Membrane having an enantiomer recognition layer at the surface| 1999
- 984
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4 - Macromolecular design for optical resolution membrane (enantioselectively permeable membrane) - 4.3 - New approach to design of optical resolution membrane - 4.3.3 - Membrane from polymer having chiral main chain| 1999
- 989
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5 - Membrane with permeability controlled by external stimulation - 5.1 - Membrane with controlled permeability - 5.1.1 - Liquid membranes and bimolecular membranes| 1999
- 989
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5 - Membrane with permeability controlled by external stimulation - 5.1 - Membrane with controlled permeability - 5.1.2 - Solid membranes| 1999
- 989
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5 - Membrane with permeability controlled by external stimulation - 5.1 - Membrane with controlled permeability| 1999
- 989
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5 - Membrane with permeability controlled by external stimulation| 1999
- 989
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5 - Membrane with permeability controlled by external stimulation - 5.2 - Membrane with controlled permselectivity| 1999
- 990
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Acknowledgements| 1999
- 990
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References| 1999
- 995
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Diffusion processes in polymer gels as studied by pulsed field-gradient spin-echo NMR spectroscopyMatsukawa, S. / Yasunaga, H. / Zhao, C. et al. | 1999
- 1045
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Single-chain statistics in polymer systemsAksimentiev, A. / Holyst, R. et al. | 1999