Nanotechnology in Green Energy Generation
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Nanotechnology in Green Energy Generation provides a comprehensive review of modelling, processing, and applications of all major categories of green energy generation materials. It explores different areas of green energy generation including hydrogen, solar, and wind energies, covering aspects such as synthesis, morphology, materials, and characterization.Presenting the fundamental principles in the design and utilization of green energy generation materials, the book discusses the construction and equivalent circuits of traditional and new green energy cells. In addition, it provides therma...
Nanotechnology in Green Energy Generation provides a comprehensive review of modelling, processing, and applications of all major categories of green energy generation materials. It explores different areas of green energy generation including hydrogen, solar, and wind energies, covering aspects such as synthesis, morphology, materials, and characterization.
Presenting the fundamental principles in the design and utilization of green energy generation materials, the book discusses the construction and equivalent circuits of traditional and new green energy cells. In addition, it provides thermal analysis and comparative studies with traditional power generation, including operation and cost-efficiency of new generation cells and modules. The book also includes many case studies, laboratory experiments, and research results throughout the chapters.
The book will be a valuable reference for applied researchers, academic researchers and graduate students studying advances in energy engineering, nanotechnology, and materials and composites.
Presenting the fundamental principles in the design and utilization of green energy generation materials, the book discusses the construction and equivalent circuits of traditional and new green energy cells. In addition, it provides thermal analysis and comparative studies with traditional power generation, including operation and cost-efficiency of new generation cells and modules. The book also includes many case studies, laboratory experiments, and research results throughout the chapters.
The book will be a valuable reference for applied researchers, academic researchers and graduate students studying advances in energy engineering, nanotechnology, and materials and composites.
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