Electron and Molecular Phenomena on the Surface of Semiconductors

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Valentyn Smyntyna, PhD
Experimental Physics Department, Odessa National I.I. Mechnikov University, Odessa, Ukraine

Series: Physics Research and Technology
BISAC: SCI074000

The book systematically examines the results of an investigation of electronic and molecular processes on the surface of semiconductors, taking place at their interaction with particles of a gas environment or in the course of superficial alloying by atoms of metals. The main subject of the book is the analysis of the interaction of semiconductors with foreign atoms and molecules from a gas environment, and from beams of elements bombarding a surface.

The book consists of five chapters, including 13 tables, 122 figures and bibliography based on over 500 sources, including the author’s publications and data originally never published before in English. The book acquaints the reader with basic concepts and positions, used at the description of interaction of semiconductor surface with foreign atoms and molecules. Demonstration of opportunities arising from the usage of local and collective approaches to the analysis of electronic and molecular processes on a surface is useful though insufficient in determining the sensitivity for adsorption of a semiconductors’ surface. (Imprint: Nova)

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Table of Contents

Preface

Acknowledgements

About the Author

Chapter 1. Adsorptive Sensitivity of Semiconductors

Chapter 2. Changes of the Electron and the Adsorptive Properties of the Surface of Semiconductor Films During the Manufacturing Process

Chapter 3. The Influence of the Initial Composition of the Surface and the Process of Its Doping on the Adsorptive Sensitivity of Semiconductor Films

Chapter 4. Electrophysical Phenomena Stimulated by Chemisorption of Gases on the Surface of Semiconductor Films

Chapter 5. Photoelectric Effects Resulting from Oxygen Chemisorption on the Surface of Semiconductor Films

References

Index

Additional information

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