Mutual Admittance between Slots in Cylinders of Arbitrary Shape.
ILLINOIS UNIV AT URBANA COORDINATED SCIENCE LAB
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A numerical procedure to estimate the mutual admittance between finite slots in infinite, conducting cylinders of arbitrary cross-sectional shape is described. The problem formulation involves a fourier transform and the numerical solution of integral equations. Additional issues addressed include the large amount of required computation, remedies for non-uniqueness problems associated with the integral equations, and the overall accuracy of the procedure. Good agreement is obtained between the numerical results and exact eigenfunction data for slots in circular cylinders. Several other cylindrical shapes are investigated.
- Electrical and Electronic Equipment
- Numerical Mathematics