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Cao T: Chalcogenide Nanophotonics

Chalcogenide Nanophotonics

CHAPTER 1: INTRODUCTION 1.1 Definition of chalcogenide semiconductors 1.2 Basic properties of chalcogenide semiconductors 1.3 Application of chalcogenide semiconductors 1.4 Research progress of chalcogenide semiconductors &nbsp; CHAPTER 2. FUNDAMENTAL OF CHALCOGENIDE SEMICONDUCTORS 2.1 Theory of Electronic Band Structure 2.2 Basic Material Properties 2.3 Synthesis and Characterization of Chalcogenide Film &nbsp; CHAPTER 3 GROWTH OF CHALCOGENIDE FILM: MECHANISMS AND STRATEGIES 3.1 Chemical Vapor Deposition 3.2 Thermal Evaporation 3.3 Pulsed Laser Deposition 3.4 Sputtering &nbsp; CHAPTER 4 OPTICAL PROPERTIES 4.1 Macroscopic Electrodynamics 4.2 The Dielectric Function 4.3 Raman Spectroscopies 4.4 Emission Spectroscopies 4.5 Light Scattering Spectroscopies &nbsp; CHAPTER 5: CHALCOGENIDE COMPOUNDS FOR OPTICAL COMMUNICATIONS 5.1 Introduction 5.2 Optical Characters of Chalcogenide Glasses 5.3 Preparation process of sulfur system glass fiber 5.4 Application &nbsp; CHAPTER 6 INTEGRATED OPTICS AND ON CHIP PHOTONIC DEVICES OF SULFIDE COMPOUNDS 6.1 Introduction 6.2 Chalcogenide Photonic Memory 6.3 Chalcogenide color pixels and displays 6.4 Chalcogenide waveguide 6.5 Discussion &nbsp; CHAPTER 7 CHALCOGENIDE PHOTONICS CRYSTALS 7.1 Introduction 7.3 Applications 7.4 Discussions &nbsp; CHAPTER 8: CHALCOGENIDE METAMATERIALS 8.1 Introduction 8.2 Chalcogenide metamaterials platform 8.3 Applications 8.4 Discussions &nbsp; CHAPTER 9: PERSPECTIVES 9.1 Future of Chalcogenide Nanophotonics 9.2 Challenges in Chalcogenide Nanophotonics 9.3 Conclusion and Outlook &nbsp;

Additive Manufacturing Materials and Technologies

Digital Light Processing and Stereolithography Additive Manufacturing: Fundamentals, Applications, and Trends provides a complete overview of these cutting-edge 3D-printing techniques, the materials they’re capable of producing, and how best those techniques and materials can be applied. The first section of the book covers the fundamentals, with chapters discussing the core principles of vat photopolymerization, related technological requirements, the characteristics of digital light processing (DLP) and stereolithography (SL) compared to other light-induced methods, as well as the chemistry and materials used in the processes, including how to formulate a resin. Section two covers applications, such as design for structural applications, as well as DLP and SL use in dentistry, soft robotics, sensors, biomedicine, microfluidics, catalysis and chemical engineering, and more. The book concludes with a section discussing current trends and future directions for the technology, with chapters analyzing sustainable materials including efforts to substitute synthetic materials with bio-based ones, vitrimers, controlled polymers, and 4D printing and DLP and SL in hybrid AM.

Fundamentals, Applications, and Trends

Digital Light Processing and Stereolithography Additive Manufacturing

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Woodhead Publishing Series in Welding and Other Joining Technologies

Mechanical Joining by Material Flow provides sought-after experimental information on process design, process modeling, and joint characterization techniques for students, researchers, and engineering professionals who want to learn about advanced joining systems for lightweight materials. Chapters cover mechanical joining by plastic deformation, including clinching and self-piercing riveting, and friction-based processes, such as friction stir welding to form a mechanical joint. Though these processes are mainly used to establish metallurgical bonding, their unique characteristics and the material flow they generate has led to an increased use of these techniques for joining difficult-to-weld materials. Other sections introduce innovative technologies developed based on material flow to meet existing industry needs to join materials with different structural properties in different scales or shapes. To furnish readers with a more usefully comprehensive coverage, the team of experts behind the book has included methodological principles as well as discussions on advantages, drawbacks, and future directions of each technique, alongside application examples and case studies.

Mechanical Joining by Material Flow

Analysis and Mitigation Techniques for Engineers

Microbial Corrosion and Deterioration of Engineering Materials

Micro & Nano Technologies

Applied Nanoplasmonics: Applications in Chemical Sensing and Radiation Detection dives into the world of plasmonics and its various applications in modern technology. It covers fundamental concepts, detailed nanofabrication methods for creating plasmonic and photonic structures, computational modeling, and practical uses. Notable advancements like plasmonic SERS chemical sensing, absorbing metamaterials, and plasmonic tweezers are comprehensively discussed, bridging the gap between theoretical understanding and practical implementation. In addition to fundamentals, the book reviews surface plasmons and their dispersion, excitation techniques, nanofabrication, and applications in solar energy, radiation sensing, photodetection, and opto-electronic devices. The chapter on SPASER examines its core principles and limitations, making the book an essential reference for researchers in this multidisciplinary field.

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Molecular Collisions and Gaseous Kinetics covers elastic collisions, inelastic collisions leading to energy transfer and electronic transitions, reactive collisions, and photoinduced dynamics. Collisions with surfaces, thermal rates of those phenomena, as well as transport and relaxation phenomena mediated by molecular collisions are also discussed. A final chapter on many-atom scattering theory serves as an introduction to more advanced descriptions. The treatment is based on the quantal theory of scattering and its semiclassical limits, introduces realistic intermolecular forces, and includes computational aspects needed to calculate cross-sections and compare them with experimental data. It is motivated by a need to cover these subjects starting from the electronic structure and atomic conformation of molecules. The chapters provide an introduction to experimental methods where appropriate, and connect theory to applications for specific physical systems to obtain results that can be compared to experimental data.

Chalcogenide Nanophotonics

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