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Keywords: electromagnet
Your search found 234 books Now viewing Books 1 - 25 In stock items ship IMMEDIATELY. Other titles usually ship within 2-3 days. |
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| 2-D Electromagnetic Simulation of Passive Microstrip Circuits, 1st Ed. | |||||||
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| CRC - TAYLOR & FRANCIS | H | ISBN-10: 1420087053 ISBN-13: 9781420087055 | PGS: 288 | List: 139.95 YOUR PRICE: 132.95 | |||
| Acoustic and Electromagnetic Equations | |||||||
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| This self-contained book is devoted to the study of the acoustic wave equations and the Maxwell system, the two most common waves equations that are encountered in physics or in engineering. It presents a detailed analysis of their mathematical and physic, Preface * 1 Some wave equations * 2 Harmonic Helmholtz equation * 3 Integral representations and Integral equations * 4 Singular integral operators * 5 Maxwell equations and electromagnetic waves * References | |||||||
| SPRINGER VERLAG | H | ISBN-10: 0387951553 ISBN-13: 9780387951553 | PGS: N/A | List: 104.00 YOUR PRICE: 98.80 | |||
| Acoustic and Electromagnetic Scattering Analysis Using Discrete Sources | |||||||
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| The discrete sources method is an efficient and powerful tool for solving a large class of boundary-value problems in scattering theory. A variety of numerical methods for discrete sources now exist. In this book, the authors unify these formulations in the context of the so-called discrete sources method. Key Features * Comprehensive presentation of the discrete sources method * Original theory - an extension of the conventional null-field method using discrete sources * Practical examples that demonstrate the efficiency and flexibility of elaborated methods (scattering by particles with high aspect ratio, rough particles, nonaxisymmetric particles, multiple scattering) * List of discrete sources programmes available via the Internet | |||||||
| Academic Press - ELSEVIER | ISBN-10: 0122197402 ISBN-13: 9780122197406 | PGS: 317 | List: 127.00 YOUR PRICE: 120.65 | ||||
| Acoustic Propagation and Scattering, Electromagnetic Scattering, 1st Ed. | |||||||
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| Taylor & Francis | H | ISBN-10: 9056995499 ISBN-13: 9789056995492 | PGS: N/A | List: 93.95 YOUR PRICE: 89.25 | |||
| Advanced Materials and Design for Electromagnetic Interference Shielding, 1st Ed. | |||||||
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| CRC - TAYLOR & FRANCIS | H | ISBN-10: 1420073583 ISBN-13: 9781420073584 | PGS: 344 | List: 129.95 YOUR PRICE: 123.45 | |||
| Advanced Modelling in Computational Electromagnetic Compatibility | |||||||
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| PART I: FUNDAMENTAL CONCEPTS IN COMPUTATIONAL ELECTROMAGNETIC COMPATIBILITY.@pChapter 1. Introduction to Computational Electromagnetics and Electromagnetic Compatibility.@p1.1 Historical note on modeling in electromagnetics.@p1.2 Electromagnetic compatibility and electromagnetic interference.@p1.2.1 EMC computational models and solution methods.@p1.2.2 Classification of EMC models.@p1.2.3 Summary remarks on EMC modeling.@p1.3 References.@pChapter 2. Fundamentals of Electromagnetic Theory.@p2.1 Differential form of Maxwell equations.@p2.2 Integral form of Maxwell equations.@p2.3 Maxwell equations for moving media.@p2.4 The continuity equation .@p2.5 Ohm's law.@p2.6 Conservation law in the electromagnetic field .@p2.7 The electromagnetic wave equations.@p2.8 Boundary relationships for discontinuities in material properties.@p2.9 The Electromagnetic potentials.@p2.10 Boundary relationships for potential functions.@p2.11 Potential wave equations.@p2.11.1 Coulomb gauge.@p2.11.2 Diffusion gauge.@p2.11.3 Lorentz gauge.@p2.12 Retarded potentials.@p2.13 General boundary conditions and uniqueness theorem.@p2.14 Electric and magnetic walls.@p2.15 The Lagrangian form of electromagnetic field laws.@p2.15.1 Lagrangian formulation and Hamilton variational principle.@p2.15.2 Lagrangian formulation and Hamilton variational principle in electromagnetics.@p2.16 Complex phasor notation of time-harmonic electromagnetic fields.@p2.16.1 Poyinting theorem for complex phasors.@p2.16.2 Complex phasor form of electromagnetic wave equations.@p2.16.3 The retarded potentials for the time-harmonic fields.@p2.17 Transmission Line theory.@p2.17.1 Field coupling using transmission line models.@p2.17.2 Derivation of Telegrapher?s equation for the two-wire transmission line.@p2.18 Plane wave propagation.@p2.19 Radiation.@p2.19.1 Radiation mechanism.@p2.19.2 Hertzian dipole.@p2.19.3 Fundamental antenna parameters.@p2.19.4 Linear antennas.@p2.20 References.@pChapter 3. Introduction to Numerical Methods in Electromagnetics.@p3.1 Analytical versus numerical methods.@p3.1.1 Frequency and time domain modeling.@p3.2 Overview of numerical methods: Domain, boundary and source simulation.@p3.2.1 Modeling of problems via the domain methods: Finite Difference Method (FDM) and Finite Element Method (FEM).@p3.2.2 Modeling of problems via the Boundary Element Method (BEM): Direct and indirect approach.@p3.3 The Finite Difference Method (FDM).@p3.3.1 One dimensional FDM.@p3.3.2 Two dimensional FDM.@p3.4 The Finite Element Method (FEM).@p3.4.1 Basic concepts of FEM.@p3.4.2 One dimensional FEM.@p3.4.3 Two dimensional FEM.@p3.5 The Boundary Element Method.@p3.5.1 Integral equation formulation.@p3.5.2 Boundary element discretization.@p3.5.3 Computational example for 2D static problem.@p3.6 References.@pChapter 4. Static Field Analysis.@p4.1 Electrostatic fields.@p4.2 Magnetostatic fields.@p4.3 Modeling of static field problems.@p4.3.1 Integral equations in electrostatics using sources.@p4.3.2 Computational example: Modeling of a lightning rod .@p4.4 References.@pChapter 5. Quasistatic Field Analysis.@p5.1 Introduction.@p5.2 Formulation of the quasistatic problem.@p5.3 Integral equation representation of the Helmholtz equation.@p5.4 Computational example.@p5.4.1 Analytical solution of the eddy current problem.@p5.4.2 Boundary element solution of the eddy current problem.@p5.5 References.@pChapter 6. Electromagnetic Scattering Analysis.@p6.1 The electromagnetic wave equations.@p6.2 Complex phasor form of the wave equations.@p6.3 Two-dimensional scattering from a perfectly conducting cylinder of arbitrary cross-section.@p6.4. Solution by the Indirect Boundary Element Method.@p6.4.1 Constant element case.@p6.4.2 Linear elements case.@p6.5 Numerical example.@p6.6 References.@pPART II: ANALYSIS OF THIN WIRE ANTENNAS AND SCATERERS.@pChapter 7. Wire antennas and Scatterers: General considerations.@p7.1 Frequency domain thin wire integral equations.@p7.2 Time domain thin wire integral equations.@p7.3 Modeling in the frequency and time domain: computational aspects.@p7.4 References.@pChapter 8. Wire Antennas and Scatterers: Frequency Domain Analysis.@p8.1 Thin wires in free space.@p8.1.1 Single straight wire in free space.@p8.1.2 Boundary element solution of thin wire integral equation.@p8.1.3 Calculation of the radiated electric field and the input impedance of the wire.@p8.1.4 Numerical results for thin wire in free space.@p8.1.5 Coated Thin Wire Antenna in Free Space.@p8.1.6 The near field of a coated thin wire antenna.@p8.1.7 Boundary element procedures for coated wires.@p8.1.8 Numerical results for coated wire.@p8.1.9 Thin wire loop antenna.@p8.1.10 Boundary element solution of loop antenna integral equation.@p8.1.11 Numerical results for a loop antenna.@p8.1.12 Thin wire array in free space: horizontal arrangement.@p8.1.13 Boundary element analysis of horizontal antenna array.@p8.1.14 Radiated electric field of the wire array.@p8.1.15 Numerical results for horizonta | |||||||
| Wiley-Interscience | H | ISBN-10: 0470036656 ISBN-13: 9780470036655 | PGS: N/A | List: 147.95 YOUR PRICE: 140.55 | |||
| Advances in Electromagnetic Fields in Living Systems | |||||||
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The objective of this fourth volume in the series Advances in Electromagnetic Fields in Living Systems remains the same as previous volumes: to add to scientific and professional literature a number of significant advances in this area o, - Prefaces to Volumes 1 - 4 -Fetal Magnetocardiography -Microwave Thermoelastic Tomography and Imaging -Diffuse Optical Imaging -Optical Biotelemetry -Extremely Low Frequency Magnetic Fields (ELFMF) and Pain Therapy -The Charge-to-Mass ICR Signature in We | |||||||
| SPRINGER VERLAG | H | ISBN-10: 0387239972 ISBN-13: 9780387239972 | PGS: N/A | List: 149.00 YOUR PRICE: 141.55 | |||
| Advances in Electromagnetic Fields in Living Systems Volume 2 | |||||||
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Volume 2 in this series offers research into two specific regions of the electromagnetic spectrum: extremely low frequency fields and radiofrequency radiation, with particular emphasis on the latter. The investigations explore:
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| Plenum US - SV | H | ISBN-10: 0306455080 ISBN-13: 9780306455087 | PGS: N/A | List: 167.00 YOUR PRICE: 158.65 | |||
| Advances in Electromagnetic Fields in Living Systems Volume 3 | |||||||
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| This is the third volume in the series, in which the topic of the effects of radio frequencies on human tissue, now increasingly a concern with the prevalence of cell phones, is explored by Prof. Lin and other researchers. The impact of electromagnetics on imaging and cardiology, both very keen areas of research at present, is also explored. | |||||||
| Plenum US - SV | H | ISBN-10: 0306464845 ISBN-13: 9780306464843 | PGS: 306 | List: 122.00 YOUR PRICE: 115.90 | |||
| Advances in Information Technologies for Electromagnetics | |||||||
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Advances in Information Technologies for Electromagnetics offers a broad panorama on recently achieved and potentially obtainable advances in electromagnetics with innovative IT technologies. Simple tutorial chapters introduce the reader to cut, From the contents 1 Parallel and Distributed Environments.- 2 Object Oriented Technologies.- 3 The Semantic Web.- 4 Web Services.- 5 Grid Computing.- 6 Complex Computational Electromagnetics using Hybridisation Techniques.- 7 Enhanced EM softwar | |||||||
| SPRINGER VERLAG | H | ISBN-10: 1402047480 ISBN-13: 9781402047480 | PGS: N/A | List: 239.00 YOUR PRICE: 227.05 | |||
| Alien Vision: Exploring the Electromagnetic Spectrum with Imaging Technology | |||||||
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| Austin Richards takes readers on a visual tour of the electromagnetic spectrum beyond the range of human sight, using imaging technology as the means to 'see' invisible light. Dozens of colorful images and clear, concise descriptions make this an intriguing, accessible technical book. Richards explains the light spectrum, including visible light, and describes the advanced imaging technologies that enable humans to synthesize our own version of 'alien' vision at different wavelengths, with applications ranging from fire fighting and law enforcement to botany and medicine. "This clearly written, humorous and outstandingly illustrated non-technical tour of the spectrum of light, from gamma rays to radio waves, is quite enlightening and a pleasure to read." --J. C. Rosenberg, OPN July 2003 | |||||||
| SPIE | S | ISBN-10: 0819441423 ISBN-13: 9780819441423 | PGS: 184 | List: 42.00 YOUR PRICE: 42.00 | |||
| An Introduction to Classical Electromagnetic Radiation | |||||||
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| 1. Basic theory of classical electromagnetism; 2. Electromagnetic plane waves in free space - polarized waves; 3. Inhomogeneous plane waves and the plane-wave spectrum; 4. Electromagnetic analogues of some optical principles; 5. Radiation from distributions of charge and current - general formulation; 6. Electromagnetic field of a moving point charge; 7. Dipole radiation; 8. Radiation from thin-wire antennas; Appendix A. Units and dimensions; Appendix B. Review of vector analysis. | |||||||
| CAMBRIDGE UNIVERSITY PRESS | ISBN-10: 0521580935 ISBN-13: 9780521580939 | PGS: N/A | List: 180.00 YOUR PRICE: 180.00 | ||||
| An Introduction to Classical Electromagnetic Radiation | |||||||
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| 1. Basic theory of classical electromagnetism; 2. Electromagnetic plane waves in free space - polarized waves; 3. Inhomogeneous plane waves and the plane-wave spectrum; 4. Electromagnetic analogues of some optical principles; 5. Radiation from distributions of charge and current - general formulation; 6. Electromagnetic field of a moving point charge; 7. Dipole radiation; 8. Radiation from thin-wire antennas; Appendix A. Units and dimensions; Appendix B. Review of vector analysis. | |||||||
| CAMBRIDGE UNIVERSITY PRESS | ISBN-10: 0521586984 ISBN-13: 9780521586986 | PGS: N/A | List: 75.00 YOUR PRICE: 75.00 | ||||
| ANALYSIS METHODS FOR ELECTROMAGNETIC WAVES, VOLUME 2 | |||||||
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| Application of Supercomputers to Electromagnetic Wave Problems. Finite-Difference Time-Domain Method. Antenna Analysis Using Integral Equations. Physical Optics. Scattering of Waves from Random Rough Surfaces. Eigenfunction Expansion Method. Rectangular Boundary Division Method. | |||||||
| ARTECH HOUSE | H | ISBN-10: 0890067465 ISBN-13: 9780890067468 | PGS: 393 | List: 56.00 YOUR PRICE: 53.20 | |||
| Analysis of Electromagnetic Waves: The Method of Lines | |||||||
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| WILEY | ISBN-10: 0470033606 ISBN-13: 9780470033609 | PGS: 400 | List: 160.00 YOUR PRICE: 152.00 | ||||
| Analytical Modeling in Applied Electromagnets | |||||||
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| Introduction. Thin Layers and Sheets. Interfaces and Higher Order Boundary Conditions. Periodical Structures, Arrays, and Meshes. Composite Materials. Applications in Metamaterials and Artificial Impedance Surfaces. Author Index. Subject Index. | |||||||
| ARTECH HOUSE | H | ISBN-10: 1580533671 ISBN-13: 9781580533676 | PGS: 284 | List: 110.00 YOUR PRICE: 104.50 | |||
| APPLICATIONS OF NEURAL NETWORKS IN ELECTROMAGNETICS | |||||||
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| Preface. Acknowledgments. Introduction to Neural Networks - Preliminaries. Benefits of Neural Networks. Models of a Neuron. Types of Activation Function. Neural Network Architectures. Learning Procedures. Learning Tasks. Knowledge Representation. Brief History of Neural Networks. Why Neural Networks in Electromagnetics. Single-Layer and Multilayer Perceptron Networks - Introduction. The Single-Layer Perceptron. Perceptron Learning Algorithm. Adaline Network. Multilayer Perceptron. The Back-Propagation Algorithm. Issues With Back-Propagation Learning. Variations of the Back-Propagation Algorithm. The Mulitlayer Perceptron Neural Network for an Automatic Target Recognition Application. MATLAB Code. Radial Basis Function Networks-Kohonen Networks - Introduction. Preliminaries of Radial Basis Function Neural Networks. Learning Strategies With Radial Basis Function Neural Networks. A Radial Basis Function Neural Network Algorithm, A Radial Basis Function Neural Network Example. Comparison of Radial Basis Function Neural Network Learning Strategies. Issues With Radial Basis Function Neural Network Learning. The General Regression Neural Network (GRNN). MATLAB Code. Adaptive Resonance Theory Neural Networks - Introduction. The Fuzzy ARTMAP Neural Network. Templates in Fuzzy ARTMAP: A Geometrical Interpretation. Example. Convergence Speed of Fuzzy ARTMAP. Order of Search in Fuzzy ARTMAP. Applications of Fuzzy ARTMAP. MATLAB Code. Recurrent Neural Networks - Introduction. Preliminaries of Associative Memories. The Hopfield Model. Associative Memory Application of the Hopfield Neural Network. Discussion. Optimization Problems Using the Hopfield Neural Network. A Problem in Communications Using the Hopfield Neural Network. The RTRL Neural Network. RTRL NN Examples. The Recurrent Time Recurrent Learning Neural Network for Channel Equalization. The Elman Neural Network. Elman Neural Network Examples. Angle of Arrival Estimation Using Elman Networks. MATLAB Code. Applications in Antennas - Introduction. Design of Gratings and Frequency Selective Surfaces. Neural Network-Based Adaptive Array Antennas. Beam Shaping With Antenna Arrays. Aperture Antenna Shape Prediction. Reflector Surface Error Compensation. Resonance Frequency of Triangular Microstrip Antennas. Design of Multilayer Phased Array Antennas. Applications in Radar and Remote Sensing - Introduction. Radar Target Classification. Classification of Radar Clutter. Remote Sensing. Applications in Mobile Communications - Introduction. Adaptive Antenna Array Processing. Neural Network-Based Direction Finding. Direction of Arrival for Multiple Sources Using Multilayer Neural Networks. Adaptive Nulling and Steering. Neural Network-Based Interference Cancellation. Applications in Microwave Circuits and Devices - Introduction. Simulation and Optimization of Microwave Devices and Circuits. Modeling of Passive Devices for MMIC Design. Speeding Up and Configuring the Optimum Size for a Neural Network. A Modular, Knowledge-Based Development of Libraries of Neural Network Models. Applications in Computational Electromagnetics - Introduction. Finite Element Applications. A General Neural Network Representation of FEM. A Neural Network Approach of the Method of Moments. Combination of the Piecewise Harmonic Balance Technique and Neural Networks. About the Authors. Index. | |||||||
| ARTECH HOUSE | H | ISBN-10: 0890068801 ISBN-13: 9780890068809 | PGS: 530 | List: 157.00 YOUR PRICE: 149.15 | |||
| Applied Electromagnetics and Electromagnetic Compatibility | |||||||
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| Preface. Acknowledgments. 1. General Considerations. 2. The Electromagnetic Environment. 3. Fundamentals of Fields and Waves. 4. Signal Waveform and Spectral Analysis. 5. Transmission Lines. 6. Antennas and Radiation. 7. Behavior of Circuit Components. 8. Radiated Emissions and Susceptibility. 9. Electromagnetic Shielding. 10. Coupling Between Devices. 11. Electrostatic Discharge (ESD). 12. EMC Standards. 13. Measurements of Emission. Appendix A: Vectors and Vector Analysis. Appendix B: Frequency Band Designations. Appendix C: Constitutive Relations. | |||||||
| Wiley-Interscience | H | ISBN-10: 0471165492 ISBN-13: 9780471165491 | PGS: N/A | List: 99.95 YOUR PRICE: 94.95 | |||
| Applied Electromagnetics: Early Transmission Lines Approach | |||||||
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| Chapter 1 Introduction.@pChapter 2 Transmission Lines.@pChapter 3 Electrostatics.@pChapter 4 Magnetostatics.@pChapter 5 Dynamic Fields.@pChapter 6 Plane Waves.@pChapter 7 Waveguides.@pChapter 8 Antennas.@pChapter 9 Electromagnetic Interference.@pChapter 10 Microwave Engineering.@pAppendix A Vector Relations.@pAppendix B Coordinate System Transformations.@pAppendix C Complex Numbers.@pAppendix D Integrals, Conversions, and Constants.@pAppendix E Material Properties.@pAppendix F Common MATLAB Math Functions.@pAppendix G Answers to Selected Problems. | |||||||
| Wiley | H | ISBN-10: 0470042575 ISBN-13: 9780470042571 | PGS: N/A | List: 167.95 YOUR PRICE: 159.55 | |||
| Applied Electromagnetism and Materials | |||||||
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| Applied Electromagnetism and Materials picks up where Basic Electromagnetism and Materials left off by presenting practical and relevant technological information about electromagnetic material properties and their applications. This boo, Dielectrics under oscillating conditions and relaxation phenomena. -Characterisation of dielectrics. -Spectroscopy of dielectrics and the Kramers-Krönig relationship. -Introduction to non-linear effects. -Electromagnetic cavities. -Particles in electro | |||||||
| SPRINGER VERLAG | H | ISBN-10: 0387380629 ISBN-13: 9780387380629 | PGS: N/A | List: 99.00 YOUR PRICE: 94.05 | |||
| Applied Electromagnetism, 3rd Ed. | |||||||
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| 1. Complex Vectors 2. Maxwell''s Equations 3. Uniform Plane Waves 4. Reflection and Transmission of Waves 5. Waveguides and Resonators 6. Transmission Lines 7. Antennas 8. Topics in Waves 9. Electrostatic Fields 10. Electric Force and Energy 11. Solution Techniques 12. Direct Currents 13. Magnetostataic Fields 14. Magnetic Materials and Magnetic Currents 15. Electroquasistatic Fields 16. Magnetoquasistic Fields Appendix A: Frequently Used Symbols / Appendix B: Mathematical Symbols / Appendix C: Prefixes / Appendix D: Physical Constants / Answers to Odd-Numbered Problems / Bibliography / Index | |||||||
| Thomson-Engineering - CENGAGE | H | ISBN-10: 0534947220 ISBN-13: 9780534947224 | PGS: 606 | List: 191.95 YOUR PRICE: 182.35 | |||
| Architectural Electromagnetic Shielding Handbook: A Design and Specification Guide - POD (CONSTRUCTION) | |||||||
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| Foreword. Preface. Introduction. The Need for Radio Frequency Shielding. Shielding Theory. Modular Shielded Enclosures. Welded Shielded Enclosures. Architectural Shielding. Penetrations and Their Control. Electrical Filters. Enclosure Performance Specifications and Testing. Grounding of Shielded Enclosures. Design Checklists. Appendix A. Appendix B. Appendix C: Slected Bibliography. Index. | |||||||
| Wiley-IEEE Press | S | ISBN-10: 0780360249 ISBN-13: 9780780360242 | PGS: 244 | List: 132.00 YOUR PRICE: 125.40 | |||
| Automotive Electromagnetic Compatibility (EMC) | |||||||
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| SPRINGER VERLAG | H | ISBN-10: 1402077135 ISBN-13: 9781402077135 | PGS: N/A | List: 155.00 YOUR PRICE: 147.25 | |||
| Basic Electromagnetism and Materials | |||||||
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Basic Electromagnetism and Materials is the product of many years of teaching basic and applied electromagnetism. This textbook can be used to teach electromagnetism to a wide range of undergraduate science majors in physics, electrical engine, Introduction To The Fundamental Equations Of Electrostatics and Magnetostatics in a Vacuum and in Conductors.- Electrostatics of Dielectric Materials.- Magnetic Properties of Material.- Dielectric and Magnetic Materials.- Oscillating Systems and Maxwel | |||||||
| SPRINGER VERLAG | H | ISBN-10: 0387302843 ISBN-13: 9780387302843 | PGS: N/A | List: 79.95 YOUR PRICE: 75.95 | |||
| Basic Introduction to Bioelectromagnetics, Second Edition, 2nd Ed. | |||||||
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| CRC - TAYLOR & FRANCIS | H | ISBN-10: 1420055429 ISBN-13: 9781420055429 | PGS: 288 | List: 99.95 YOUR PRICE: 94.95 | |||
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