Green's function, finite elements and microwave planar circuits
The application of Greens function to planar microwave circuits is now very well accepted as a fundamental tool in electromagnetic analysis. Combining various modern mathematical techniques this book presents comprehensive and detailed methods for numerically describing practical microwave circuits...
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| Format: | Book |
| Language: | English |
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Chichester ; New York
John Wiley & Sons
1996
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Table of Contents:
- 1. The Planar Microwave Circuit
- 2. Properties of Immittance Functions
- 3. The Green's Function of the Problem
- 4. The Green's Function of Some Regular Circuits
- 5. Green's Description of Open-circuit Parameters of Regular Circuits
- 6. Variational Calculus and the Rayleigh-Ritz Procedure
- 7. Energy Functionals
- 8. Interpolation Using Finite Elements
- 9. Finite Element Calculations
- 10. Cut-off Space of Cloverleaf Resonators with Magnetic Walls
- 11. Cut-off Space of Cloverleaf Resonators with Electric Walls
- 12. Gyromagnetic Circuits
- 13. Green's Function Description of Junction Circulator
- 14. Finite Element Formulation of Junction Circulator
- 15. Contour Integral Method
- 16. Network Parameters of Reciprocal Planar Circuits Using the Mutual Energy Method
- 17. Network Parameters of n-Port Non-reciprocal Circuits
- 18. Energy Functionals of Gyromagnetic Waveguide
- 19. Matrices, Quadratic Forms and Energy Functions.