Solid-state phase transformation and diffusion of materials

Author: Cheng Xiaonong et al
Publisher:
Publish Date: 2006-05-25
Features: Research in material science theory and material preparation and processing processes cannot be separated from the diffusion and phase transformation of atoms or ions, and diffusion and phase transformation are closely linked. This book mainly introduces the basic content of material diffusion and phase transformation, with the characteristics of novelty and practicality. It includes the basic concepts of material diffusion and phase transformation, Fick's law of diffusion and its applications, the nucleation and growth laws of solid-state phase transformation, various types of diffusion-type phase transformations, martensitic phase transformation in steel, non-ferrous metal alloys, and inorganic non-metallic materials, the effects of external energy fields on phase transformation, thin film growth, and briefly introduces the phase transformation characteristics of nanomaterials. This book is intended for graduate-level courses in materials science, and can also be used as a reference for advanced undergraduate students and material professionals for in-depth study and research. This book mainly introduces the basic content of material diffusion and phase transformation, including the basic concepts of material diffusion and phase transformation, Fick's law of diffusion and its applications, the nucleation and growth laws of solid-state phase transformation, and various types of diffusion-type phase transformations.