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In this volume, an international team of experts in the field of advanced materials provides a comprehensive overview of the emerging technologies and their manufacturing processes, characterization techniques, properties, and applications in various fields and industries.The book provides a comprehensive overview of emerging materials, including MXenes, 2D magnets, nanostructured soft materials, and graphene-based nanocomposites. It covers principles, properties, fabrication methods, including solution-based techniques, self-assembly, and advanced synthesis, as well as characterization techniques. Experts explain how to evaluate the properties and applications of these materials. The book highlights applications in energy, electronics, medicine, and the environment, and encourages innovation and exploration in research and industry. This knowledge enables readers to apply fabrication techniques, evaluate the suitability of materials, and contribute to technological advances that address global challenges.The combination of fundamental information and practical guidance on fabrication and characterization makes this book indispensable for scientists, engineers, and researchers in fields such as energy, electronics, medicine, biotechnology, nanotechnology, and environmental science. Students will also find it valuable for pursuing careers in research or industry.

In this volume, an international team of experts in the field of advanced materials provides a comprehensive overview of the emerging technologies and their manufacturing processes, characterization techniques, properties, and applications in various fields and industries.The book provides a comprehensive overview of emerging materials, including MXenes, 2D magnets, nanostructured soft materials, and graphene-based nanocomposites. It covers principles, properties, fabrication methods, including solution-based techniques, self-assembly, and advanced synthesis, as well as characterization techniques. Experts explain how to evaluate the properties and applications of these materials. The book highlights applications in energy, electronics, medicine, and the environment, and encourages innovation and exploration in research and industry. This knowledge enables readers to apply fabrication techniques, evaluate the suitability of materials, and contribute to technological advances that address global challenges.The combination of fundamental information and practical guidance on fabrication and characterization makes this book indispensable for scientists, engineers, and researchers in fields such as energy, electronics, medicine, biotechnology, nanotechnology, and environmental science. Students will also find it valuable for pursuing careers in research or industry.