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Luk K: Magnetoelectric Dipole Antennas

Magnetoelectric Dipole Antennas

A hands-on resource designed to teach the mathematics of signals and systems with MATLAB In this newly revised second edition of Practical Signals Theory with MATLAB Applications, Richard Tervo delivers an articulate presentation of the mathematics underlying real world engineering applications and everyday electronic devices. The new edition provides extended coverage of communication systems--including digital and spread spectrum communications--as well as a new introductory chapter on using MATLAB as a tool to visualize the mathematics of signals and systems. The text contains numerous hands-on examples and expanded end-of-chapter exercises. It is a one-stop reference for signals and systems, explaining aspects of commonplace signal types, orthogonality and signal decomposition, transformations, and the graphical presentation of calculations and results. Readers will also find: <ul> <li>A solid introduction to the mathematics of continuous and discrete signals represented in time and frequency domains</li> <li>Thorough coverage of the classic Fourier, Laplace and z-transforms, and their many applications</li> <li>New end-of-chapter worked exercises, a variety of in-line study questions with answers and easily reproducible MATLAB code demonstrations</li> <li>Bonus material on related applications in different fields of study and a companion website designed to support additional learning</li> </ul> Perfect for undergraduate and graduate students of signals and systems, signals theory, and related areas of electrical engineering, Practical Signals Theory with MATLAB Applications will also benefit researchers and professors in the field of system design and signal processing.

Practical Signals Theory with MATLAB Applications

A Path to Sustainable Development Goals

AI and ML Techniques in IoT-based Communication

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

Fundamentals, Materials, Characterization, and Developments

Metal-ion Capacitors

Introduction to Magnetic Materials

A Biography

The Electron

Sustainable Computing and Optimization

Models and Applications

Handbook of Nature Inspired Algorithms

Micro & Nano Technologies

Industrial Applications of Functionalized Magnetic Nanoparticles

Line design is a very specialized field involving spatial constraints, high performance conductors, lightning protection, cable vibrations, digital terrain surveying, Fiber optic communication wires along with some exciting software developments over the past two decades. This book will cover electrical and mechanical characteristics associated with high-voltage transmission lines, selection of conductors, line layout, thermal ratings, plan and profile drawing among other things. Structures are only one component of a transmission line; as such, this book will form a companion volume to the book on structures and foundations.

Magnetoelectric Dipole Antennas

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