Focusing on core principles of nanoelectronics, this introductory text delves into electron transport in quantum-confined systems like quantum dots, wires, and wells. It systematically explores the experimental aspects and theoretical foundations essential for understanding the operation of nanoelectronic devices, making it an essential resource for those looking to grasp the complexities of this advanced field.
The book offers a comprehensive exploration of its subject, beginning with fundamental concepts and progressing to advanced research and innovations. It effectively bridges basic knowledge with complex principles of operation and device fabrication, ensuring clarity through an elegant and accessible writing style. This makes it suitable for readers at various levels of expertise, from beginners to those interested in the latest breakthroughs in the field.
Focusing on the innovative applications of 2D materials, this book provides a thorough overview of their unique properties and advanced synthesis techniques. It serves as both an introduction and a detailed exploration of the technology behind 2D materials, making it essential for understanding their role in sensor development and various applications.
Focusing on the fundamentals of the internet of things (IoT), this book delves into the essential role that sensors play in IoT applications. It provides an accessible introduction to key concepts, making it suitable for readers looking to understand how sensors contribute to the functionality and development of IoT systems.
Focusing on the advancements in nanosensor technology, this second edition provides an in-depth exploration of physical, chemical, and biological aspects. It offers comprehensive insights into the field and its interconnections with nanotechnologies, making complex concepts accessible. The clarity of presentation ensures that readers can grasp the nuances of nanosensors and their applications in various domains, highlighting the significance of this evolving technology.
Physics, technology and applications
Focusing on the challenges of electronics in extreme environments, this second edition explores materials and technologies essential for durability against harsh conditions like temperature, humidity, and radiation. It covers specialized areas including implantable medical devices, vibration-resistant electronics, and space applications. Additionally, the book addresses strategies for preventing electromagnetic interference and methods to counteract hostile electronic jamming and hacking, making it a comprehensive resource for advanced electronic design.