Sabina Abdul Hadi – författare

Silicon-Germanium Alloys for Photovoltaic Applications provides a comprehensive look at the use of Silicon-Germanium alloys Si1-xGex in photovoltaics. Different methods of Si1-xGex alloy deposition are reviewed, including their optical and material properties as function of Ge% are summarized, with SiGe use in photovoltaic applications analyzed. Fabrication and characterization of single junction Si1-xGex solar cells on Si using a-Si as emitter is discussed, with a focus on the effect of different Ge%. Further, the book highlights the use Si1-xGex as a template for lattice matched deposition of III-V layers on Si, along with its challenges and benefits, including financial aspects.

Finally, fabrication and characterization of single junction GaAsxP1-x cells on Si via Si1-xGex is discussed, along with the simulation and modeling of graded SiGe layers and experimental model verification.

Includes a summary of SiGe alloys material properties relevant for solar research, all compiled at one place Presents various simulation models and analysis of SiGe material properties on solar cell performance Includes a cost-analysis for III-V/Si solar cells via SiGe alloys

Silicon-Germanium Alloys for Photovoltaic Applications provides a comprehensive look at the use of Silicon-Germanium alloys Si1-xGex in photovoltaics. Different methods of Si1-xGex alloy deposition are reviewed, including their optical and material properties as function of Ge% are summarized, with SiGe use in photovoltaic applications analyzed. Fabrication and characterization of single junction Si1-xGex solar cells on Si using a-Si as emitter is discussed, with a focus on the effect of different Ge%. Further, the book highlights the use Si1-xGex as a template for lattice matched deposition of III-V layers on Si, along with its challenges and benefits, including financial aspects.Finally, fabrication and characterization of single junction GaAsxP1-x cells on Si via Si1-xGex is discussed, along with the simulation and modeling of graded SiGe layers and experimental model verification.- Includes a summary of SiGe alloys material properties relevant for solar research, all compiled at one place- Presents various simulation models and analysis of SiGe material properties on solar cell performance- Includes a cost-analysis for III-V/Si solar cells via SiGe alloys

Learn the physics and technology behind modern photovoltaic devices Improving solar cell efficiencies under real-world operating conditions requires a strong understanding of the physics of light, semiconductor material and devices, as well as photovoltaic device physics and design. Introduction to Solar Cells provides a comprehensive and accessible introduction to the science, physics and engineering behind solar energy conversion. Designed primarily for junior and senior undergraduate students, the book also serves as a valuable reference for graduate students, researchers, and engineers working in photovoltaics and renewable energy. The text guides readers from the motivation for renewable energy and climate change mitigation to the detailed physics of light absorption, semiconductor operation, pn junctions, and solar cell design. It combines conceptual understanding with mathematical analysis, worked examples, and practical engineering design insight to help students build a strong foundation in photovoltaic technology. Each chapter includes fully worked in-chapter exercises, chapter summaries, and end-of-chapter problems designed to reinforce learning and encourage deeper exploration of solar cell concepts and applications. Readers will also find: Comprehensive coverage of solar energy fundamentals, semiconductor physics, pn junction, and solar cell operationDetailed explanations of solar cell performance parameters, efficiency enhancement methods, and device designWorked examples with step-by-step solutions to support conceptual understanding and problem-solving skillsDiscussion of emerging photovoltaic technologies, thin-film materials, nanotechnology, and advanced characterization techniquesOnline student and instructor resources, including equation sheets, summaries, and lecture support materialsIntroduction to Solar Cells is ideal for undergraduate and graduate students in electrical engineering, physics, materials science, and renewable energy programs, as well as educators and professionals seeking a strong foundation in solar cell physics and technology.

Learn the physics and technology behind modern photovoltaic devices Improving solar cell efficiencies under real-world operating conditions requires a strong understanding of the physics of light, semiconductor material and devices, as well as photovoltaic device physics and design. Introduction to Solar Cells provides a comprehensive and accessible introduction to the science, physics and engineering behind solar energy conversion. Designed primarily for junior and senior undergraduate students, the book also serves as a valuable reference for graduate students, researchers, and engineers working in photovoltaics and renewable energy. The text guides readers from the motivation for renewable energy and climate change mitigation to the detailed physics of light absorption, semiconductor operation, pn junctions, and solar cell design. It combines conceptual understanding with mathematical analysis, worked examples, and practical engineering design insight to help students build a strong foundation in photovoltaic technology. Each chapter includes fully worked in-chapter exercises, chapter summaries, and end-of-chapter problems designed to reinforce learning and encourage deeper exploration of solar cell concepts and applications. Readers will also find: Comprehensive coverage of solar energy fundamentals, semiconductor physics, pn junction, and solar cell operationDetailed explanations of solar cell performance parameters, efficiency enhancement methods, and device designWorked examples with step-by-step solutions to support conceptual understanding and problem-solving skillsDiscussion of emerging photovoltaic technologies, thin-film materials, nanotechnology, and advanced characterization techniquesOnline student and instructor resources, including equation sheets, summaries, and lecture support materials Introduction to Solar Cells is ideal for undergraduate and graduate students in electrical engineering, physics, materials science, and renewable energy programs, as well as educators and professionals seeking a strong foundation in solar cell physics and technology.