Explains how atoms and molecules move through solids, from metals to polymers. This classic reference surveys diffusion, permeation, and related transport processes across a range of condensed phases, pairing practical measurement methods with the underlying theory.
Readers will find a structured overview of diffusion constants, permeability, and the factors that influence movement in metals, ionic lattices, glasses, and organic solids. The book ties experimental techniques to physical interpretation, making it a valuable resource for researchers and students alike.
- Foundational concepts: diffusion constants, permeability, and their relationship to solubility
- Methods for measuring diffusion in metals, ionic lattices, and polymers
- discussion of diffusion gradients, surface diffusion, and grain-boundary effects
- Connections between conductivity and diffusion in various solid systems
Ideal for readers of materials science, physical chemistry, and solid-state physics who want a thorough, reference-style grounding in diffusion phenomena.