Críticas:
"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
Reseña del editor:
Examines recent advances in understanding the structures of polymer melts, polymer solutions, block copolymers, liquid crystalline polymers, colloid suspensions, and multiphase systems subjected to flow. Reports on advances in instrumental techniques, characterization, theories, and applications. An overview chapter provides a guide and reference source to related reviews and identifies similarities in flow behavior between various materials science disciplines.
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