Wave splitting and imbedding equations for a spherically symmetric dispersive medium
Author
Editor
- J. P. Corones
- Gerhard Kristensson
- P. Nelson
- D. L. Seth
Summary, in English
The direct problem of time dependent electromagnetic scattering in the dispersive
sphere is solved by a wave splitting technique. The electric field is
expanded in a series involving vector spherical harmonics, leading to a system
of wave equations for each term. These systems are reduced to scalar
wave equations for each term, which are solved via reflection operators. Some
preliminary numerical results are presented.
sphere is solved by a wave splitting technique. The electric field is
expanded in a series involving vector spherical harmonics, leading to a system
of wave equations for each term. These systems are reduced to scalar
wave equations for each term, which are solved via reflection operators. Some
preliminary numerical results are presented.
Publishing year
1992
Language
English
Pages
103-113
Publication/Series
Invariant inbedding and inverse problems
Document type
Book chapter
Publisher
Society for Industrial and Applied Mathematics
Topic
- Electrical Engineering, Electronic Engineering, Information Engineering
- Other Electrical Engineering, Electronic Engineering, Information Engineering
Status
Published
Research group
- Electromagnetic theory
ISBN/ISSN/Other
- ISBN: 0-89871-305-6