Parabolic Equation Methods For Electromagnetic Wave Propagation (Electromagnetic Waves)

Parabolic Equation Methods For Electromagnetic Wave Propagation (Electromagnetic Waves)

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This Book Is The First To Present The Application Of Parabolic Equation Methods In Electromagnetic Wave Propagation. These Powerful Numerical Techniques Have Become The Dominant Tool For Assessing Clearair And Terrain Effects On Radiowave Propagation And Are Growing Increasingly Popular For Solving Scattering Problems.The Book Gives The Mathematical Background To Parabolic Equation Modelling And Describes Simple Parabolic Equation Algorithms Before Progressing To More Advanced Topics Such As Domain Truncation, The Treatment Of Impedance Boundaries And The Implementation Of Very Fast Hybrid Methods Combining Raytracing And Parabolic Equation Techniques. The Last Three Chapters Are Devoted To Scattering Problems, With Application To Propagation In Urban Environments And To Radar Cross Section Computation.This Book Will Prove Useful To Scientists And Engineers Who Require Accurate Assessment Of Diffraction And Ducting On Radio And Radar Systems. Its Selfcontained Approach Should Also Make It Particularly Suitable For Graduate Students And Other Researchers Interested In Radiowave Propagation Scattering.

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We provide a 2-year limited warranty, from the date of purchase for all our products.

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Frequently Asked Questions

  • Q: What is the primary focus of 'Parabolic Equation Methods for Electromagnetic Wave Propagation'? A: The book primarily focuses on the application of parabolic equation methods in electromagnetic wave propagation, providing detailed mathematical background and algorithms.
  • Q: Who would benefit from reading this book? A: Scientists, engineers, graduate students, and researchers focused on radiowave propagation and scattering will find this book particularly useful.
  • Q: What topics are covered in the book? A: The book covers mathematical modeling, simple and advanced parabolic equation algorithms, domain truncation, impedance boundaries, and hybrid methods related to scattering problems.
  • Q: Is this book suitable for beginners in the field? A: Yes, its self-contained approach makes it suitable for graduate students and those new to radiowave propagation.
  • Q: What is the book's condition and binding type? A: The book is listed as 'New' and is bound in hardcover.
  • Q: How many pages does the book contain? A: The book contains a total of 352 pages.
  • Q: When was this book published? A: The book was published on June 30, 2000.
  • Q: Who is the author of this book? A: The author of the book is Mireille Levy.
  • Q: What are some practical applications discussed in the book? A: Practical applications discussed include radio and radar systems, particularly in urban environments and radar cross-section computation.
  • Q: Does the book include advanced topics on scattering? A: Yes, the last three chapters are dedicated to scattering problems and their applications.