Peng Zhang Bücher

Die hohen theoretischen Energiedichten von Lithium-Schwefel-Batterien machen sie zu einer vielversprechenden Technologie für die Energiespeicherung. Allerdings stehen ihrer praktischen Anwendung Herausforderungen wie der Shuttle-Effekt und das Wachstum von Lithium-Dendriten entgegen. Das Buch bietet eine grundlegende Einführung in innovative Kohlenstoffmaterialien, die zur Verbesserung der Leistung flexibler Li-S-Batterien beitragen können. Es beleuchtet die Lösungen, die diese Materialien bieten, um die bestehenden Probleme zu überwinden und die Zukunft der Batterietechnologie zu gestalten.

Focusing on lithium-sulfur batteries, this book delves into fundamental theories and recent innovations in advanced energy materials. It explores the role of advanced nanofabrication technology in the components of these batteries, highlighting the multifunctional flame-retardant gel's unique benefits. Additionally, it presents the latest advancements in multi-space and catalytic materials. Serving as both a professional textbook and a monograph, this work is a valuable resource for those studying new energy materials and devices.

Focusing on transition metal oxides as anode materials in lithium-ion batteries, the book explores various synthesis methods, including hydrothermal, electrospinning, and electrostatic spray deposition (ESD). It highlights how manipulating synthesis conditions can yield diverse morphologies that influence electrochemical performance. This research lays the groundwork for advancing high-performance lithium-ion batteries, emphasizing the importance of material characterization and synthesis techniques in battery technology development.

The book features a comprehensive table of contents that organizes its material into clear sections, making it easy for readers to navigate through various topics. Each chapter is thoughtfully structured to enhance understanding and provide a logical flow of information. This layout not only aids in quick reference but also encourages deeper engagement with the content, ensuring that readers can effectively grasp the key concepts presented throughout the work.

Focusing on the principles of control engineering, the book explores mathematical modeling of physical systems through inputs and outputs. It covers a wide array of applications, from household devices to aerospace technology. Readers will gain a solid foundation in traditional and modern control techniques, including real-time and wireless technologies. The text emphasizes practical aspects, detailing components, devices, and hardware circuits, along with specifications, installation procedures, and calibration methodologies essential for engineers to apply theoretical concepts effectively.

This book covers a series of security and privacy issues in network coding, and introduces three concrete mechanisms to address them. These mechanisms leverage traditional cryptographic primitives and anonymous protocols, and are redesigned to fit into the new framework of network coding. These three mechanisms are MacSig, a new message authentication method for network-coded systems; P-Coding, a new encryption scheme to secure network-coding-based transmissions; and ANOC, a new anonymous routing protocol that seamlessly integrates anonymous routing with network coding. Along with these three mechanisms, the authors provide a review of network coding's benefits, applications, and security problems. Also included is a detailed overview of security issues in the field, with an explanation of how the security issues differ from those in traditional settings. While network coding can help improve network performance, the adoption of network coding can begreatly limited unless security and privacy threats are addressed. Designed for researchers and professionals, Security in Network Coding explores major challenges in network coding and offers practical solutions. Advanced-level students studying networking or system security will also find the content valuable.