Emerging Materials : Design, Characterization and Applications
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Overview
Chapter 1 : Novel emerging materials: Introduction, Evaluation and Impact - History of Material Research - Discovery of Emerging Materials - Technological Roadblocks in Emerging Materials - Impact of Emerging Materials in Science and Engineering - Future Scope of Emerging Materials Chapter 2 : Latest experimental techniques for fabrication and characterization of materials Synthesis & Fabrication Techniques - Atomic Layer Deposition - Hybrid Molecular Beam Epitaxy - E beam Lithography - Extreme Ultraviolet Lithography - Nano-Imprint Lithography Characterization Techniques - Scanning Electron Microscope - Transmission Electron Microscope - Energy Dispersive X-ray Analysis - Angle Resolved Photo Emission Spectroscopy - Secondary Ion Mass Spectroscopy Chapter 3 : Design techniques for new materials using computer intelligence - Introduction - Material Design: Past, Present and Future - Conventional Approaches for Material Design - Statistics and Data Mining Concept - Neural Networks and Genetic Programming - Evolutionary Algorithms for Material Design - Material Designing using ANN Models - Conclusion Chapter 4 : Computational tools to explore and create database of new material systems - Machine learning in solid-state materials science - Computational tools for data integration - Computational Tools for Materials Design - Computational tools to predict material properties - The application of computational tools in new materials discovery Chapter 5 : Challenges and opportunities for emerging material systems - Challenges and opportunities on synthesis of emerging materials - Challenges in fabrication and integration for emerging material systems - Challenges in characterization of emerging materials - Challenges and Opportunities for 2D Materials & their Heterostructure based Devices - Challenges and opportunities for materials science in quantum information Processing II. Applications of Emerging Materials Chapter 6 : Manufacturing Sector - Introduction - Why New Materials? - Present and Future Needs for Materials in: - Electronic Industry - Lighting Industry - Container Industry - Automobile Industry - Building Industry - Conclusion Chapter 7 : Healthcare and Biotechnology - Introduction - Materials in Semiconductor Device processing - Semiconductor Devices in Healthcare - Semiconductor Devices in Biotechnology - Role of Materials in Performance Analysis of Bio-Sensors - Conclusion Chapter 8 : Aerospace - Introduction to emerging aerospace materials - Aluminum and Composites: Structures, Synthesis and Characteristics - Advanced composite materials: Structures, Synthesis and Characteristics - Superalloys: Synthesis and Characteristics - Ceramic Composites - Carbon fiber reinforced polymers (CFRPs) and honeycomb materials - Metal Matrix Composites - Polymer Aerogels - CNT-yarns - Emerging radiation resistant materials for space environment applications Chapter 9 : Agriculture - Modern Agriculture Methods and Practices - Innovations in Feedstock - Nanopesticides - High Yield Crop Sensors - New Age Photocatalysts Chapter 10 : High power devices - Em
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Details
- ISBN-13: 9789811913112
- ISBN-10: 9811913110
- Publisher: Springer
- Publish Date: May 2022
- Dimensions: 9.21 x 6.14 x 1.06 inches
- Shipping Weight: 1.86 pounds
- Page Count: 472
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