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Effect of static electric fields on the electronic properties of layered semiconductor nanostructures. Part I /
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Sharjah :
Bentham Science Publishers, Limited,
[2015]
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- FOREWORD ; PREFACE ; CONFLICT OF INTEREST; ACKNOWLEDGEMENTS; Single-Electron States in Quantum Well (Quantum Film) in the Presence of External Uniform Electrostatic Field ; INTRODUCTION; GENERAL APPROACH TO THE PROBLEM; SINGLE-PARTICLE STATES IN QUANTIZED FILM IN THE PRESENCE OF WEAK (PERTURBING) UNIFORM ELECTROSTATIC FIELD; Energy Spectrum; Wave Functions; Comparison of the Results of Analytical and Numerical Calculations; For the Fans of Training (Especially Students); SINGLE-PARTICLE STATES IN QUANTIZED FILM IN THE PRESENCE OF "MODERATE" UNIFORM ELECTROSTATIC FIELD
- Energy Spectrum and Wave Functions Limits of Applicability of the WKB-method; SINGLE PARTICLE STATES IN QUANTIZED FILM IN THE PRESENCE OF STRONG UNIFORM ELECTROSTATIC FIELD; Strong Fields. The Ground State; Strong Fields. The First Excited State; THE CASE OF NARROW-BAND SEMICONDUCTOR (INSB) QUANTIZED FILM; Single-particle States in InSb QW in the Absence of External Field; Single-particle States in InSb QW in the Presence of External Field; CONCLUDING REMARKS; REFERENCES; Single-Electron States in Cylindrical Nanolayers in the Presence of External Uniform Electrostatic Field ; INTRODUCTION
- SINGLE-PARTICLE STATES IN CYLINDRICAL NANOLAYER IN THE ABSENCE OF EXTERNAL FIELD General Approach and Approximations; LAYER OF LARGE RADIUS; LAYER OF MODERATE RADIUS; WKB
- METHOD; SINGLE-PARTICLE STATES IN CYLINDRICAL NANOLAYER IN THE PRESENCE OF WEAK (PERTURBING) UNIFORM ELECTROSTATIC FIELD; SINGLE-PARTICLE STATES IN CYLINDRICAL NANOLAYER IN THE PRESENCE OF MODERATE UNIFORM ELECTROSTATIC FIELD; General Approach; ENERGY SPECTRUM AND WAVE FUNCTIONS; SINGLE-PARTICLE STATES IN CYLINDRICAL NANOLAYER IN THE; Presence of Strong Uniform Electrostatic Field
- SINGLE-PARTICLE STATES IN A NARROW GAP (INSB) CYLINDRICAL NANOLAYER IN THE PRESENCE OF STRONG UNIFORM ELECTROSTATIC FIELD ELECTRON AND HOLE STATES IN A LAYER IN THE ABSENCE OF EXTERNAL FIELD; ELECTRON AND HOLE STATES IN A LAYER IN THE PRESENCE OF EXTERNAL FIELD: THE STATES OF HEAVY HOLES; ELECTRON AND HOLE STATES IN A LAYER IN THE PRESENCE OF EXTERNAL FIELD: THE STATES OF LIGHT HOLES AND ELECTRONS; CONCLUDING REMARKS; a. Energy Spectrum; b. Wave functions; REFERENCES; Single-Particle States in a Cylindrical Nanolayer in the Presence of External Nonuniform Electrostatic Fields ; INTRODUCTION
- GENERAL APPROACH AND PHYSICAL MODEL SEMICONDUCTOR NANOTUBE IN WEAK RADIAL ELECTROSTATIC FIELD; SEMICONDUCTOR NANOTUBE IN STRONG RADIAL ELECTROSTATIC FIELD; SEMICONDUCTOR NANOTUBE IN THE FIELD OF UNIFORMLY CHARGED RING: ADDITIONAL QUANTIZATION IN THE FORM OF ONE-DIMENSIONAL HYDROGEN-TYPE LEVELS; General Approach and Approximations; Electrostatics of the Problem; Approximations and the Schrödinger Equation for a Charged Particle Inside the Nanolayer; Movement of Charge Carriers in the Layer along the Axis Z. States of Discrete Spectrum