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Gesamtkatalog

Catalogue complet

2D Nanomaterials and Devices for
Flexible Electronics

2D Nanomaterials and Devices for Flexible Electronics

Developments in Physical & Theoretical Chemistry

Introduction to the Mechanochemistry of Solids

Energy Storage and Hydrogen Integration for Sustainable Solutions offers a thorough understanding of the technologies, challenges, and opportunities aimed at achieving a low-carbon, sustainable energy future. The book delves into renewable energy integration, fundamentals of energy storage technologies, and hydrogen production and utilization. It systematically covers energy storage and grid integration, hydrogen as an energy carrier in the grid, hybrid energy systems, and the role of energy storage and hydrogen in transportation. The book also explores decarbonizing industries with hydrogen integration, policy and regulatory frameworks, economic and environmental impacts, and real-world case studies. Future trends and challenges are also examined, making it a valuable resource for researchers, students, engineers, scientists, industry professionals, consultants, and policy makers.

Energy Storage and Hydrogen Integration for Sustainable Solutions

My Journey and the Future of Energy

Inexhaustible

Additive Manufacturing Materials and Technologies

Fundamentals of Laser-Based Powder Bed Fusion of Polymers

High Entropy Materials: Fundamentals and Potential Applications covers the fundamental science of high entropy materials (HEMs) and advances in the development of various structural and functional HEMs: topics covered include strength and ductility combination; hydrogen embrittlement resistance; shape memory properties; fatigue properties as well as detailed reviews of high-entropy superalloys; refractory high entropy alloys; ferroelectric high entropy oxides; nanocrystal library for catalytic applications; water splitting for hydrogen production; thermoelectric properties; lithium and sodium batteries; high-entropy polymers; high-entropy coatings for elevated temperatures and wear resistance; and AI-based approaches to explore the high entropy materials composition space. The book is written by international experts in the field including the director and principal investigators of the High Entropy Materials Center in Taiwan: the first research center dedicated to the development of HEMs

Fundamentals and Potential Applications

High Entropy Materials

Stability Analysis of Grid-Connected Converters

Advances in Sustainable Microgrid Technologies

A Microgrid Cluster Management and Internet-of-Things Framework: Fundamentals, Protocols, and Case Studies presents a cutting-edge guide on leveraging IoT technologies to optimize renewable energy integration through microgrid clusters. The book begins by detailing the fundamental aspects of microgrid clusters, encompassing design, control, and optimization. This comprehensive grounding prepares readers for the exploration of IoT integration to harness big data analytics for energy efficiency, power management, fault monitoring, and cybersecurity. The book further delves into the meticulous analysis of protocol selection for effective operation and control. It covers wired protocols such as Modbus, Profibus, and Ethernet, wireless protocols like Zigbee, Wi-Fi, and Bluetooth, and IoT protocols including CoAP, MQTT, and HTTP. By outlining an adaptable framework for interdisciplinary opportunities, this book guides researchers and engineers in creating the flexible, renewable grid of the future.

Fundamentals, Protocols, and Case Studies

A Microgrid Cluster Management and Internet-of-Things Framework

Integrated Photonics: Application-Specific Design and Manufacturing

Photonic Integrated Circuits for Sensing Applications delves into the fascinating world of sensors within the realm of integrated photonics. The book begins with a historical overview, tracing the evolution of spectroscopic sensing techniques such as FTIR, Raman, SPR, and reflectometry, each contributing to the field’s growth. It emphasizes the transformative potential of photonic integrated circuit (PIC) sensor systems by showcasing their advantages in achieving low SWAP-C metrics (size, weight, power, and cost) while maintaining high performance. Complete with technical insights, the book sets the stage for understanding how PICs are revolutionizing sensing applications across diverse industries. Beyond the introductory scope, the book thoroughly examines the components that constitute PIC sensor systems, including waveguides (operating below and above 1550 nm), ring resonators, photonic crystals, and MZ interferometers. It also explores integrated systems designed for chem-bio sensing applications, leveraging biofunctionalization and sorbent technologies. With attention to manufacturing scalability, topics such as materials, PDK development, and sensor packaging are addressed, ensuring readers grasp the practical aspects of producing advanced sensor systems at scale.

Integrated Photonics for SENSING APPLICATIONS

Woodhead Publishing Series in Civil and Structural Engineering

One of the most pressing sustainability challenges for industry professionals and researchers is finding practical ways to reduce the carbon footprint of cement while maintaining or improving material performance. Accelerated Carbonation of Cement-Based Materials: Utilizing Waste Heat Towards Low-carbon Construction assists readers in addressing this challenge as a comprehensive guide to accelerated carbonation processes using waste heat. The book presents readers with a method of capturing carbon dioxide and embedding it into construction materials. Strategies are offered to assist readers in addressing the challenges of effectively reducing the carbon footprint of the cement and construction industry, sustainability within the industry, efficient use of resources and innovation in recycled aggregates. The book helps readers to apply the strategies and technologies within a broad range of settings by highlighting innovative challenges and practices from a variety of cultures and industrial contexts, ensuring that solutions presented are relevant and adaptable. Readers are presented with cutting edge research, case studies and practical applications drawn from a broad range of situations, including from developing countries and regions with diverse environmental conditions. Bridging current theoretical research with the author’s extensive industry experience, the book is a valuable reference resource for researchers, industry professionals and policy-makers seeking to implement advanced low-carbon technologies in the cement and construction industries

Utilizing Waste Heat Towards Low-Carbon Construction

Accelerated Carbonation of Cement-Based Materials

Many of the deepest and most important areas of mathematics have arisen from questions about extremes - shortest lines, smallest areas, densest packings, fewest colours. Mathematicians have been grappling with such issues for centuries, and some go back thousands of years. The isoperimetric problem, for example - which asks for the shortest path enclosing a given area - dates back to the mythological founding of the city of Carthage. By contrast, it was only in 2017 that the densest ways to pack identical spheres into a space of 24 dimensions was finally proved. Many of these problems are more than mere thought experiments. The origins of the Travelling Salesperson Problem - find the shortest route that visits a given set of cities - are self-explanatory. The Plateau problem, about the geometry of soap bubbles, now has applications as diverse as cosmology and biological development. Reaching for the Extreme tells the stories of these and other similar problems: their historical roots, the struggles to solve them, and the uses that can be made of the results, when such uses exist.

2D Nanomaterials and Devices for Flexible Electronics

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