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Springer Glass Transition: Relaxation Dynamics in Liquids - Springer Series 48

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Description

Explore the fundamental science of glass transition in this comprehensive volume from Springer's Materials Science series. This book examines how liquids and disordered materials transform into solids when cooled or when solvents are extracted, without undergoing crystallisation. Discover the dramatic viscosity changes that occur during cooling, with increases spanning approximately fifteen orders of magnitude as materials approach their glass transition temperature. Written for researchers, materials scientists and engineers, this work covers both the theoretical foundations and practical applications of glass transition dynamics. From everyday examples like drying chewing gum to industrial processes, understand the mechanisms behind one of materials science's most significant phenomena. The text provides detailed analysis of relaxation dynamics and the behaviour of liquid melts and rubber-like materials transitioning to glassy states, making it essential reading for anyone working with polymers, ceramics, or other disordered materials.

Key Features

Part of Springer Series in Materials Science volume 48, offering peer-reviewed scientific content on glass transition phenomena.

Covers relaxation dynamics in both liquids and disordered materials at the molecular and macroscopic levels.

Examines viscosity changes spanning fifteen orders of magnitude during the cooling process to glass temperature.

Explores practical applications of glass transition in industrial processes and everyday materials like polymers and rubber.

Provides theoretical framework for understanding how materials solidify without crystallisation when cooled or solvent-extracted.

Authored by leading researchers in materials science and condensed matter physics for academic and professional audiences.

Product Specifications

Format
hardcover
Domain
Amazon UK
Release Date
06 June 2001
Listed Since
19 December 2006

Barcode

No barcode data available

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