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Dobrynin A: Polymer Physics Disentangled

Polymer Physics Disentangled

An Introduction for Scientists and Engineers

<ul><li>1: What are Polymers and How are They Made?</li> <li>2: Ideal Polymer Chains</li> <li>3: Real Polymer Chains</li> <li>4: Polymer Solutions</li> <li>5: From Brushes and Stars to Charged Polymers</li> <li>6: Melts and Blends of Polymers and Copolymers</li> <li>7: Polymer Networks and Gels</li> <li>8: Phenomenology of Viscoelasticity</li> <li>9: Polymer Dynamics</li> <li>Table of Notations</li> </ul>

This textbook provides the essential principles of organic electronics from its fundamental concepts through to describing archetype devices that exploit the unique properties of the immense materials family of organic semiconductors in use today.

Concepts in Organic Electronics

This book is about the basics of nanomagnetism, i.e., properties of magnetic systems specific to small sizes and/or low dimensions. Features described range from static properties (the existence and understanding of magnetic domains and domain walls) to magnetization reversal in domains or domain-wall motion (from quasistatic to precessional dynamics of magnetization) and spintronics (basic magnetoresistance effects and reverse spin transfer torques, their origin, and consequence on magnetization).

A Concise Introduction to Nanomagnetism

Series in Materials Science and Engineering

With the rapid development of technology and the advancement of lifestyle, the demand for advanced energy devices is increasing. This book covers the latest developments in hydrogel-based materials. A comprehensive reference, it will be of interest to researchers in both academic and industrial settings within the field of material science.

Fundamentals to Advanced Energy Applications

Hydrogels

Semiconductors and Semimetals

Perovskite Optoelectronics: Volume 119

This book focuses on the research and development of the renowned two-dimensional nanomaterial, white graphene, also known as boron nitride nanosheets.

The Science and Applications of White Graphene

Nanotubes and Nanosheets

Recent Developments in the Field of IR Detectors: Volume 118

Correlated-electron systems offer a unique playground for discovering and studying new quantum states of matter, at the crossway between itinerant quantum magnetism and unconventional superconductivity. The understanding of their basic properties, although needing experimental environments which cannot be transposed at industrial scales, will surely benefit within mid- and long-term perspectives to future revolutionary applications in the domains of applied physics, micro and nano-electronics, energetics.As textbook examples of quantum magnets and unconventional superconductors, heavy-fermion compounds offer a fertile ground for testing new concepts in condensed matter. Quantum magnetic phase transitions can be easily tuned experimentally, leading to a large variety of electronic ground states, from a heavy Fermi liquid to long-range magnetic-order and unconventional superconducting phases. This book written by William Knafo, an expert in correlated-electron physics, proposes a systematic and thorough review on the experimental advances in the study of magnetism in heavy-fermion metals over the last decades. The phase diagrams of these quantum materials under multiple sets of tuning parameters, the questions of the dual localized-itinerant nature of the f-electrons and of the critical role of magnetic fluctuations, in relation with nearby quantum magnetic phase transitions and the stabilization of superconductivity, are carefully addressed.

Magnetism Of Heavy-fermion Metals

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

Self-Healing Structures, Machines, and Systems

Professor Richard K Chang: A Lifelong Teacher And Friend

Solid State Physics

Solid State Physics: Volume 76

Self-Assembling Organic and Inorganic Materials

A Journey through the Nanoworld

An authoritative and accurate guide to the physics of research- and technology-relevant phenomena of electron emission In Fundamentals of Electron Emission Physics, distinguished research physicist, Dr. Kevin Jensen, delivers a practice-oriented introduction to the physics of electron emission. The book uses a physical intuition approach based on many years of research instead of heavy-handed mathematical formalism. The author explores and explains the fundamentals of electron emission and the basis for successful performance and interpretation of experiments conducted at lab- and large-scale electron sources. He addresses the most common stumbling blocks that students and researchers who are new to the field often run into when confronted with the intricacies of the physics of electron emission. Thorough introductions to semiconductors, canonical emission models, and modern physics methodsComprehensive explorations of tunneling and transmission and the thermal-field-photoemission modelPractical discussions of mathematical methods, including trigonometric, Gamma, and Riemann Zeta functionsA mathematical appendix, as well as sample problems and solutions to help explain the topics discussed in the book Perfect for advanced undergraduate and doctoral students in solid state physics, materials science, electron transport, and beam physics, Fundamentals of Electron Emission Physics will also benefit users and developers of electron sources and practicing academics and researchers.

Fundamentals of Electron Emission Physics

Polymer Physics Disentangled

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