Читать книгу Physics of Thin-Film Photovoltaics - Victor G. Karpov - Страница 2
Table of Contents
Оглавление1 Cover
5 Preface
6 Part I General and Thin Film PV I. Introduction to Thin Film PV References
7 Part II One-Dimensional (1D) Diodes and PV II. 1D Diode III. 1D Solar Cell IV. Photovoltaic Parameters V. Case Study References
8 Part III Beyond 1D: Lateral Effects in Thin Film PV VI. Examples of Multidimensional Numerical Modeling VII. Introduction to Random Multidimensional Phenomena VIII. Lateral Screening Length IX. Schottky Barrier Nonuniformities X. Semi-Shunts XI. Random Diodes XII. Nonuniformity Observations XIII. Nonuniformity Treatment References
9 Part IV Electronic Processes in Materials of Thin Film PV XIV. Morphology, Fluctuations, and the Density of States XV. Electronic Transport XVI. Recombination in Quasi-Continuous Spectrum XVII. Noncrystalline Junctions XVIII Piezo and Pyro-PV References
10 Part V Electro-Thermal Instabilities in Thin Film PV XIX. The Two-Diode Model XX. Distributed Diode Model XXI. Simplistic Numerical Modeling XXII. Spontaneous Hot Spots XXIII. Related Work XXIV. Conclusions on the Electro-Thermal Instabilities in Thin Film PV References
11 Part VI Degradation of Thin Film PV XXV. Thin Film vs Crystalline PV Degradation Processes XXVI. Observations XXVII. Categories of Degradation XXVIII. Accelerated Life Testing References
12 Appendix. Some Methodological Aspects of Device Modeling Appendix A: Model of Series Connection Appendix B: The Diffusion Approximation Appendix C: Long Range Potential References
13 Index
