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Glass-based Materials: Advances in energy, environment and health

Contributor(s): Kamaraj, Sathish-Kumar (Editor), Thirumurugan, Arun (Editor)

ISBN: 9780750359054

Publisher: Institute of Physics Publishing

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Pub Date: October 14, 2024

Lexile Code: 0000

Features: Illustrated

Target Age Group: NA to NA

Physical Info: 0.50" H x 10.00" L x 7.00" W ( 0.92 lbs) 236 pages

Descriptions, Reviews, etc.

Description:

Glass-based Materials is a comprehensive guide that delves into the multifaceted world of glass and glass-ceramic materials. The purpose of this book is to provide a thorough understanding of the fundamental properties, recent advancements, and diverse applications of glass-based materials in critical areas such as energy generation, environmental sustainability, and health care. This approach ensures that readers, whether researchers, students, or industry professionals, can build a solid understanding of the subject matter and appreciate the innovative uses of glass-based materials. By presenting a blend of historical context, scientific principles, and contemporary applications, Glass-based Materials serves as an essential resource for anyone interested in the evolving role of glass materials in modern technology and their potential to address pressing global challenges.

Key Features

  • Covers the fundamental properties of glass and glass-based materials and explores their applications in energy, environment and health
  • Includes the current progress and scope of glass materials, types of glasses, fabrication techniques and the physio-chemical properties of glass and glass-ceramics
  • Discusses applications of glass-based materials in various technologies, including solar cells, electrochemical energy storage systems, hydrogen storage, water purification, bioactive glasses and fibre-optical related applications
  • Includes a detailed discussion of sustainability concerns related to the manufacturing process and the technologies, including recycling at the end of the lifecycles
  • Guides researchers in the R&D of glass-based materials

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