This new edition of the author's well-received Tee Materials Science of Thin Films is thoroughly revised, and fully up-to-date. Written in a fluent tutorial...
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This new edition of the author's well-received Tee Materials Science of Thin Films is thoroughly revised, and fully up-to-date. Written in a fluent tutorial manner, this book
* Contains extensive tables, figures, and recent references related to thin film science and technology
* Treats both physical and chemical vapor deposition of thin films
* Emphasizes the growing importance of plasma and ion beam processing
* Traces thin film formation from nucleation to the final grain structure and morphology
* Discusses aspects of epitaxy and their implications for compound semiconductor films and optoelectronic devices
* Describes the rotes of solid-state mass transport and stress in thin-film phenomena
* Presents recent advances in measurement of film thickness and characterization of surface structure and composition
* Has a complete set of exercises to aid student learning
As a result, readers will better understand the primary research and technical literature in the field and more intelligently select and optimize film deposition and treatment processes.
Sommaire
A review of materials science
Vacuum science and technology
Thin-film evaporation processes
Discharges, plasmas, and ion-surface interactions
Plasma and ion beam processing of thin films
Chemical vapor deposition
Substrate surfaces and thin-film nucleation
Epitaxy
Film structure
Characterization of thin films and surfaces
Interdiffusion, reactions, and transformations in thin films