Photovoltaic Materials

xuandihou

Photovoltaic Materials



CONTENTS
Preface
Chapter  1.  Photovoltaic Materials and Phenomena
1.1. Overview
1.2.  Applications  of  Photovoltaics
1.3. Types of  Semiconductor Junctions
1.4. More Detailed  Photovoltaic Models
1.5. Photovoltaic Materials
2.1.  Overview
2.2.  Doping and Lifetime
2.3.  Major Sources of  Recombination
2.4. Development  of  Single Crystal Silicon Solar Cells
2.5. Increasing  the Efficiency  of  Silicon Cells
2.6.  Novel Structures
2.7.  Thin Multicrystalline Silicon Solar Cells
2.8. Microcrystalline  Silicon
3.1.  Overview
3.2.  Electronic  Structure and Dangling Bond
3.3. Modes of  Defect  Generation
3.4. Models for Dangling Bond Defects
3.5. Overview of  a-Si: H Solar Cells
3.6. Variations  in Deposition Techniques
3.7.  Material Transport Properties Important
for Solar Cells
3.8.  Solar Cell Stability
3.9. Amorphous Silicon Alloys
3.10.  Hybrid Solar Cells  Involving  a-Si :  H
Gallium Arsenide and Other 111-V  Materials
4.1.  Overview
4.2.  GaAs Fabrication Techniques
4.3.  GaAs-based Solar Cell Development
4.4.  InP-based Solar Cells
4.5.  Hybrid Multijunction Cells
4.6.  Radiation Resistance
5.1. Overview
Chapter  2.  Crystalline Silicon
Chapter  3. Amorphous Silicon
Defects  in a-Si: H
Chapter  4.
Chapter  5.  Cadmium Telluride and Other 11-VI Materials
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