New Foundations for Applied Electromagnetics The Spatial Structure of Fields 1st edition by Said M Mikki, Yahia Antar ISBN 1608079198 978-1608079193

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ISBN 10: 1608079198

ISBN 13: 978-1608079193

Author: Said M Mikki, Yahia Antar

“This comprehensive new resource focuses on applied electromagnetics and takes readers beyond the conventional theory with the use of contemporary mathematics to improve the practical use of electromagnetics in emerging areas of field communications, wireless power transfer, metamaterials, MIMO and direction-of-arrival systems.”–

New Foundations for Applied Electromagnetics The Spatial Structure of Fields 1st Table of contents: 

• Introduction to Electromagnetics

  • Overview of electromagnetics and its importance in modern technology
  • Theoretical foundations of electromagnetism: Maxwell’s equations
  • Key concepts: electric and magnetic fields, wave propagation, and electromagnetic radiation

• The Spatial Structure of Electromagnetic Fields

  • Understanding the spatial characteristics of fields
  • The concept of field lines and their relationship to field strength and direction
  • Mathematical description of field distributions in space
  • The importance of spatial structure in the analysis and design of electromagnetic systems

• Electromagnetic Waves and Their Propagation

  • The nature of electromagnetic waves: types and characteristics
  • Wave equations and solutions in different media
  • Waveguides, cavities, and resonators
  • Propagation in free space and in various materials

• Electromagnetic Field Representations

  • Vector field analysis and representations
  • The role of potential functions in field descriptions
  • Gauge theory and its applications in electromagnetics
  • Using Green’s functions to solve electromagnetic problems

• Applications of Field Theory in Electromagnetic Systems

  • Practical applications of field theory in antennas, transmission lines, and waveguides
  • Design of electromagnetic devices and systems based on spatial field structures
  • Interaction of electromagnetic fields with matter (materials with different permittivity and permeability)

• Boundary Conditions and Field Behavior

  • Boundary conditions for electric and magnetic fields
  • Reflection, refraction, and transmission at boundaries
  • Interface behavior between different media (dielectrics, conductors, etc.)
  • Field continuity and discontinuities at boundaries

• Electromagnetic Field Theory and Computational Methods

  • Computational techniques for solving field equations: FDTD, FEM, and others
  • Numerical methods for visualizing and analyzing spatial field structures
  • Simulating and solving complex electromagnetic problems in applied settings
  • The role of computational tools in modern electromagnetics

• Advanced Topics in Electromagnetic Fields

  • Field structures in complex environments: anisotropic and non-linear media
  • Time-varying fields and their effects in dynamic systems
  • Metamaterials and their impact on electromagnetic field theory
  • Novel techniques in field manipulation and control (e.g., cloaking, superlenses)

• Electromagnetic Field Interactions and Energy Transfer

  • Interaction of fields with particles and charged systems
  • Energy transfer in electromagnetic fields: power and energy density
  • The relationship between field structures and energy flow
  • The concept of electromagnetic force and torque on objects

• Applications of Electromagnetics in Engineering

  • Communication systems: antennas, transmission lines, and signal propagation
  • Power systems and electromagnetic field analysis
  • Medical applications of electromagnetics (e.g., MRI, electromagnetic therapies)
  • Emerging technologies: wireless power transmission, electromagnetic sensors, and more

• Summary and Future Directions

  • Summary of key concepts in the spatial structure of electromagnetic fields
  • Emerging trends in the study of electromagnetics and field theory
  • Potential applications of spatial field analysis in future technologies
  • The continuing evolution of electromagnetics as a scientific and engineering discipline

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Said M Mikki,Yahia Antar,New Foundations,Applied Electromagnetics