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Functionalized Nanomaterials for
Electronic and Optoelectronic Devices

Functionalized Nanomaterials for Electronic and Optoelectronic Devices

Design, Fabrications and Applications

Digital twins represent an emerging technology of immense potential across various industries. Their significance is particularly pronounced within Industry 4.0 and smart manufacturing paradigms, which strive to elevate efficiency and quality through seamless digital integration. By amassing and scrutinizing extensive data streams, digital twins empower data-centric decision-making-a pivotal asset in contemporary industry. Digital Twins of Advanced Materials Processing bridges the gap in comprehensive resources concerning advanced materials processing, a domain characterized by rapid evolution. It provides pragmatic remedies and real-world case studies, catering to tangible implementation needs. Moreover, digital twins hold the capacity to amplify efficiency and innovation within materials processing-a perspective deeply explored within this book, rendering it invaluable for professionals, researchers, and students alike. The prospects of employing digital twins in materials processing span diverse horizons: refining materials innovation, streamlining processes, enabling data-driven maintenance, enhancing product quality, and unearthing insights rooted in data. The book also undertakes the challenge of addressing key issues encompassing data amalgamation and integrity, model validation and calibration, software and data safeguarding, scalability, and cost considerations.

Digital Twins of Advanced Materials Processing

Environmental and Occupational Health Series

Environmental Ergonomics: Principles, Methods, and Applications provides the philosophy, principles and application of environmental ergonomics as a universal concept and considers total environments as an integration of environmental factors to which people are exposed.

Environmental Ergonomics: Principles, Methods, and Applications provides the philosophy, principles and application of environmental ergonomics as a universal concept and considers total environments as an integration of environmental factors to which people are exposed.

Environmental Ergonomics: Principles, Methods, and Applications

Woodhead Publishing Series in Biomaterials

Advances in Biomaterials for Drug Delivery: Properties, Clinical Applications and Challenges comprehensively reviews various biomaterials and biomaterial-derived carrier systems, with a specific focus on their application in drug delivery, and their clinical and regulatory challenges. A broad range of biomaterials for drug delivery are covered, including natural biomaterials, inorganic biomaterials, synthetic biomaterials, 3-D/4-D printed biomaterials, metal-based biomaterials, and polymeric and lipidic biomaterials. Various drug delivery approaches are detailed, from pulmonary and transdermal through to oral and systemic. Key to translational success of these novel platforms are the regulatory and clinical aspects of biomaterials development and application; these aspects are covered in each chapter, providing vital insight required to make informed decisions. Advances in Biomaterials for Drug Delivery: Properties, Clinical Applications and Challenges is an interesting resource for researchers and academics in the fields in biomaterials, materials science, polymer science, and pharmaceutical science, as well as clinicians and R&amp;D groups with an interest in the development of novel biomaterials for drug delivery.

Advances in Biomaterials for Drug Delivery: Properties, Clinical Applications and Challenges

Gas-Solid Adsorption Thermodynamics tackles the underexplored role of thermodynamics in the energetics of gas-solid physical adsorption, examining and outlining their role in different adsorption-based heat transformation energy applications. The book deals with different adsorbate/adsorbent pairs from the rigor of adsorption thermodynamics and their utilization in various applications, providing a comprehensive overview of adsorption heat transformations from the perspective of adsorption thermodynamics. Chapters introduce diverse sorption applications using various adsorbent/adsorbate combinations and their thermodynamic characterizations. Finally, users will find comprehensive information on how adsorption thermodynamics affects system performances from an energetic standpoint given that thermodynamics are strongly related to the energetics of adsorption systems. Different chapters introduce the brief background of utilizing the gas-solid adsorption phenomenon in multifarious energy applications such as thermal management, desalination, volatile organic compound removal, etc.

Gas-Solid Adsorption Thermodynamics

This book emphasizes how new generation materials discovered recently (like graphene and topological insulators) can be understood using simple Quantum Transport Theory. The book could also be used as a text in Advanced Solid State/Condensed Matter Courses in Physics or Chemistry and in branches of Engineering.

This book emphasizes how new generation materials discovered recently (like graphene and topological insulators) can be understood using simple Quantum Transport Theory. The book could also be used as a text in Advanced Solid State/Condensed Matter Courses in Physics or Chemistry and in branches of Engineering.

Quantum Transport in Dirac Materials

Woodhead Publishing Series in Civil and Structural Engineering

Latent Heat Storage for Energy-Efficient Buildings and Zero-Carbon Communities serves as an up-to-date reference guide on the rapid progress the field is experiencing while keeping up with the much-required transformative initiatives to improve buildings' energy performance worldwide. To lay the foundations, the book opens with coverage of the fundamentals of phase-change materials, including their thermo-physical properties, nanoscale thermal transport mechanisms, encapsulation techniques, and heat transfer enhancement methods. It goes on to explore the integration of latent heat storage solutions in building envelopes or solar photovoltaics and heating/cooling systems, using mathematical models and performance analysis to discuss thermal management aspects for net-zero energy buildings and zero-carbon community concepts. The volume then delves into practical application of the most advanced, artificial intelligence-powered tools for system modeling and simulation, demand-side management control strategies, and metaheuristic optimization approaches. It finally concludes with an overview of technical challenges and emerging research areas which evidence academic and industry communities’ persistent interest in the future directions of topics interconnected with the sustainable development of the built environment.

Latent Heat Storage for Energy-Efficient Buildings and Zero-Carbon Communities

Two-Dimensional Nanomaterials for Biosensing and Imaging Applications presents a comprehensive discussion of the chemistry, physics, biology, and engineering behind advanced 2D nanomaterials. The content of this work is built based on the brief history and fundamental properties of 2D materials, covering their fabrication, structure, and use in bioimaging devices. It also highlights the existing challenges in the functionalization of 2D nanomaterials. The main driving force behind the book is the growing interest of researchers in nanomaterials and their suitability and imaging applications. While several publications exist on 2D materials, no other systematic scientific books on 2D materials focus on biosensing and imagining applications. Therefore, interested researchers and industries can get acquainted with current research trends and applications. The key features of this book present a comprehensive review of key scientific and technological challenges in developing 2D materials-based devices for biosensors and bioimaging. The book covers various unresolved issues and new technical challenges regarding toxicology, biocompatibility, environmental, and health impacts of 2D nanomaterials in biosensing applications. Learn about synthesis, processing methods, and physiochemical properties of 2D materials for biomedical devices. In addition, sections explore various synthesis processes and device fabrication methods for biosensors and bioimaging devices. Moreover, this book includes existing knowledge on various topics, such as the fundamentals, fabrications, and applications of 2D materials in biosensing in diverse research areas.

Two Dimensional Nanomaterials for Biosensing and Imaging Applications

Unique reference on the fundamentals, applications, and latest research in electroluminescence of organic molecules Organic Electroluminescence provides a comprehensive overview of organic electroluminescent materials from their history to the outlook of improved device performance. Divided into four parts, each section of the book covers important aspects of OLEDs such as device development, film properties, molecular electronics, and structure-activity relationships. The book also depicts correlations between device performance and molecular and device structure. An entire chapter is devoted to improving device performance in real world applications using AI. Featuring contributions from experts from around the world, Organic Electroluminescence discusses sample topics including: <ul> <li>Fundamental concepts such as parameters, testing methods, and applications</li> <li>Device fabrication techniques including electrode processing, organic layer deposition, encapsulation, light out-coupling enhancement, and spectral narrowing</li> <li>Physical and chemical processes in OLEDs including charge injection and transport, exciton generation and decay, and reversible dipole reorientation</li> <li>Physical and chemical properties of organic semiconductors in solutions and thin-films including photoluminescence quantum yield and excited-state lifetime</li> <li>Single-molecule simulations including vertical transition, nonradiative decay, spin-orbital and spin-phonon coupling, and bond dissociation energy</li> </ul> Organic Electroluminescence delivers advanced information for professionals seeking a thorough reference on the subject and for students learning about OLEDs.

From Molecular Structure to Device Performance

Organic Electroluminescence

This book describes the behavior, underlying principles and design of self-healing materials, structures, machines, and systems.

Self-Healing Structures, Machines, and Systems

A comprehensive introduction to the technical and socioeconomic issues surrounding global energy, this text presents a fresh new treatment on the fundamentals of energy science, technology, and policy implications. It addresses the need for diversity in any nation¿s energy portfolio and the educational requirements of scientists, engineers, and policymakers today. Taking an introductory yet rigorous approach, the book covers alternative and sustainable supply strategies, such as wind and solar. It uses real-life examples of current and future technologies and offers many hands-on exercises.

A comprehensive introduction to the technical and socioeconomic issues surrounding global energy, this text presents a fresh new treatment on the fundamentals of energy science, technology, and policy implications. It addresses the need for diversity in any nation’s energy portfolio and the educational requirements of scientists, engineers, and policymakers today. Taking an introductory yet rigorous approach, the book covers alternative and sustainable supply strategies, such as wind and solar. It uses real-life examples of current and future technologies and offers many hands-on exercises.

Understanding Sustainable Energy

Myers' much beloved introduction to solid state physics has been thoroughly updated while retaining its benchmark accessibility to anyone with minimal background. The conceptual framework is presented with real world applications, and modern experimental approaches are given sufficient attention. Extensive updates to sections on semiconductors, dielectric media, superconductivity, and surface techniques are included, in addition to a new chapter on disordered and amorphous materials, and computational exercises.

Myers’ much beloved introduction to solid state physics has been thoroughly updated while retaining its benchmark accessibility to anyone with minimal background. The conceptual framework is presented with real world applications, and modern experimental approaches are given sufficient attention. Extensive updates to sections on semiconductors, dielectric media, superconductivity, and surface techniques are included, in addition to a new chapter on disordered and amorphous materials, and computational exercises.

Introductory Solid State Physics, Third Edition

This book answers important questions such as: How is carbon related to the origin of life? Do all carbon allotropes have the same origin? How is carbon machined in the micro/nano regime? What are carbon micro/nano devices? How are polymers carbonized without burning? Where is Fullerene in carbon's phase diagram?

This book answers important questions such as: How is carbon related to the origin of life? Do all carbon allotropes have the same origin? How is carbon machined in the micro/nano regime? What are carbon micro/nano devices? How are polymers carbonized without burning? Where is Fullerene in carbon’s phase diagram? Does sp2.28 hybridization state exist? How is porous graphene different from glassy carbon? Can graphene be converted into diamond? What are rhombohedral and turbostratic graphites? What is microstructural conversion? How is carbon graphitized? Is carbon really biocompatible?

Micro- and Nanofabrication with Carbon

Functionalized Nanomaterials for Electronic and Optoelectronic Devices

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