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Full Product Details

Author:   Alan I. Nakatani ,  Mark D. Dadmun
Publisher:   American Chemical Society
Imprint:   American Chemical Society
Volume:   597
Dimensions:   Width: 15.50cm , Height: 2.30cm , Length: 23.40cm
Weight:   0.621kg
ISBN:  

9780841232303

ISBN 10:   084123230
Pages:   378
Publication Date:   01 January 1995
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Hardback
Publisher's Status:   No Longer Our Product
Availability:   Out of stock  
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Table of Contents

An Introduction to Flow-Induced Structures in Polymers ; Enhancement of Concentration Fluctuations in Solutions Subject to External Fields ; String Phase in Semidilute Polystyrene Solutions Under Steady Shear Flow ; Small Angle Neutron Scattering from Sheared Semidilute Solutions: Butterfly Effect ; Structural Evolution and Viscous Dissipation During Spinodal Demixing of a Biopolymeric Solution ; Flow-Induced Structuring and Conformational Rearrangements in Flexible and Semiflexible Polymer Solutions ; Changes of Macromolecular Chain Conformations Induced by Shear Flow ; Effect of Flow on Polymer-Polymer Miscibility ; Effect of Shear Deformation on Spinodal Decomposition ; Domain Structures and Viscoelastic Properties of Immiscible Polymer Blends Under Shear Flow ; Effects of Flow on the Structure and Phase Behavior of Polymer Blends ; Influence of Interface Modification on Coalescence in Polymer Blends ; Orientation Behavior of Thermoplastic Elastomers Studied by ^2H-NMR Spectroscopy ; Monte Carlo Simulations of End-Grafted Polymer Chains Under Shear Flow ; Effect of Shear on Self-Assembling Block Copolymers and Phase-Separating Polymer Blends ; Shear-Induced Changes in the Order-Disorder Transition Temperature and the Morphology of a Triblock Copolymer ; Phase-Separation Kinetics of a Polymer Blend Solution Studied by a Two-Step Shear Quench ; Shear-Induced Structure and Dynamics of Tube-Shaped Micelles ; The Texture in Shear Flow of Nematic Solutions of a Rodlike Polymer ; Light Scattering from Lyotropic Textured Liquid-Crystalline Polymers Under Shear Flow ; Comparison of Molecular Orientation and Rheology in Model Lyotropic Liquid-Crystalline Polymers ; Shear-Induced Orientation of Liquid-Crystalline Hydroxypropylcellulose in D[2O as Measured by Neutron Scattering ; Shear-Induced Alignment of Liquid-Crystalline Suspensions of Cellulose Microfibrils

Reviews

<br> Flow induced structures in polymeric materials have a decisive effect on the material properties. Knowledge of these structure [sic] is useful in the design and control of products quality. The examination of structures is of great importance in understanding the influence of flow on phase separation and morphology of polymer blends and other multicomponent systems as melts and solutions, block copolymers, ordered phases in colloidal and liquid-crystalline materials, etc. . . . The wide variety of contributions are [sic] structured into three sections dealing with: Polymer Solutions, Polymer Blends and Homopolymers and Block Copolymers and Multicomponent Polymer Systems. The book is addressed to specialists in flow-induced structure in polymers who may find here updated information about most aspects concerning this very important field of knowledge in materials science. --Cellulose Chemistry and Technology<p><br>

Flow induced structures in polymeric materials have a decisive effect on the material properties. Knowledge of these structure [sic] is useful in the design and control of products quality. The examination of structures is of great importance in understanding the influence of flow on phase separation and morphology of polymer blends and other multicomponent systems as melts and solutions, block copolymers, ordered phases in colloidal and liquid-crystalline materials, etc. . . . The wide variety of contributions are [sic] structured into three sections dealing with: Polymer Solutions, Polymer Blends and Homopolymers and Block Copolymers and Multicomponent Polymer Systems. The book is addressed to specialists in flow-induced structure in polymers who may find here updated information about most aspects concerning this very important field of knowledge in materials science. --Cellulose Chemistry and Technology Flow induced structures in polymeric materials have a decisive effect on the material properties. Knowledge of these structure [sic] is useful in the design and control of products quality. The examination of structures is of great importance in understanding the influence of flow on phase separation and morphology of polymer blends and other multicomponent systems as melts and solutions, block copolymers, ordered phases in colloidal and liquid-crystalline materials, etc. . . . The wide variety of contributions are [sic] structured into three sections dealing with: Polymer Solutions, Polymer Blends and Homopolymers and Block Copolymers and Multicomponent Polymer Systems. The book is addressed to specialists in flow-induced structure in polymers who may find here updated information about most aspects concerning this very important field of knowledge in materials science. --Cellulose Chemistry and Technology Flow induced structures in polymeric materials have a decisive effect on the material properties. Knowledge of these structure [sic] is useful in the design and control of products quality. The examination of structures is of great importance in understanding the influence of flow on phase separation and morphology of polymer blends and other multicomponent systems as melts and solutions, block copolymers, ordered phases in colloidal and liquid-crystalline materials, etc. . . . The wide variety of contributions are [sic] structured into three sections dealing with: Polymer Solutions, Polymer Blends and Homopolymers and Block Copolymers and Multicomponent Polymer Systems. The book is addressed to specialists in flow-induced structure in polymers who may find here updated information about most aspects concerning this very important field of knowledge in materials science. --Cellulose Chemistry and Technology Flow induced structures in polymeric materials have a decisive effect on the material properties. Knowledge of these structure [sic] is useful in the design and control of products quality. The examination of structures is of great importance in understanding the influence of flow on phaseseparation and morphology of polymer blends and other multicomponent systems as melts and solutions, block copolymers, ordered phases in colloidal and liquid-crystalline materials, etc. . . . The wide variety of contributions are [sic] structured into three sections dealing with: Polymer Solutions, Polymer Blends and Homopolymers and Block Copolymers and Multicomponent Polymer Systems. The book is addressed to specialists in flow-induced structure in polymers who may find here updated information about most aspects concerning this very important field of knowledge in materialsscience. --Cellulose Chemistry and Technology

Flow induced structures in polymeric materials have a decisive effect on the material properties. Knowledge of these structure [sic] is useful in the design and control of products quality. The examination of structures is of great importance in understanding the influence of flow on phase separation and morphology of polymer blends and other multicomponent systems as melts and solutions, block copolymers, ordered phases in colloidal and liquid-crystalline materials, etc. . . . The wide variety of contributions are [sic] structured into three sections dealing with: Polymer Solutions, Polymer Blends and Homopolymers and Block Copolymers and Multicomponent Polymer Systems. The book is addressed to specialists in flow-induced structure in polymers who may find here updated information about most aspects concerning this very important field of knowledge in materials science. --Cellulose Chemistry and Technology<br>

Flow induced structures in polymeric materials have a decisive effect on the material properties. Knowledge of these structure [sic] is useful in the design and control of products quality. The examination of structures is of great importance in understanding the influence of flow on phase separation and morphology of polymer blends and other multicomponent systems as melts and solutions, block copolymers, ordered phases in colloidal and liquid-crystalline materials, etc. . . . The wide variety of contributions are [sic] structured into three sections dealing with: Polymer Solutions, Polymer Blends and Homopolymers and Block Copolymers and Multicomponent Polymer Systems. The book is addressed to specialists in flow-induced structure in polymers who may find here updated information about most aspects concerning this very important field of knowledge in materials science. --Cellulose Chemistry and Technology

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