Physics of Nanostructured Solar Cells

摘要: Foreword Preface Photonic structures for solar cell systems Thermodynamics of photovoltaic conversion: Advanced energy collection and hot carrier Improving Silicon Solar Cell Efficiencies: Novel Materials, Mechanisms Device Structures Photovoltaic Effects in Quantum Confined Systems: Microscopic Theory Numerical Simulation Resonance Efficiency Intermediate Band Cells the Variation due to Overlap between Absorption Coefficients Algorithms electronic states artificial semiconductors use intermediate band cells engineering Up down Modification incident spectrum with down-conversion high-energy photons, antireflection coatings light trapping Recent Developments High Multijunction Technology Luminescent Concentrator A dye-sensitized Comparison Nernst-Planck Maxwell-Stefan Approaches Modelling Multicomponent Charge Transport Electrolyte Solutions modelling Advances nanostructured organic Conjugated polymer charge-transfer complexes: a way low-bandgap photostable materials Index.