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D. R. Wilton ECE Dept.

ECE 6382. Applications of Bessel Functions. D. R. Wilton ECE Dept. z -Independent Circular Cylinder Modes – Dirichlet Case. J n ( x ). ( n  0 ). x. z -Independent Circular Cylinder Modes (cont.). m= 3. m= 2. ( n  0 ). m= 4. m= 1. a.

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D. R. Wilton ECE Dept.

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  1. ECE 6382 Applications of Bessel Functions D. R. Wilton ECE Dept.

  2. z-Independent Circular Cylinder Modes –Dirichlet Case

  3. Jn(x) (n  0) x z-Independent Circular Cylinder Modes(cont.)

  4. m=3 m=2 (n  0) m=4 m=1 a z-Independent Circular Cylinder Modes(cont.)

  5. z-Independent Circular Cylinder Modes(cont.)

  6. Neumann B.C. Circular Cylinder Modes

  7. Jn(x) (n  0) x Neumann Circular Cylinder Modes(cont.)

  8. m=3 m=2 (n  0) m=4 m=1 a Neumann Circular Cylinder Modes(cont.)

  9. Circular Cylinder Modes Propagating in the +z Direction

  10. Circular Cylinder Modes Propagating in the +z Direction (cont.)

  11. Circular Cylinder Modes Propagating in the +z Direction (cont.)

  12. Circular Cylinder Modes Propagating in the +z Direction (cont.)

  13. Circular Cylinder Modes Propagating in the +z Direction (cont.)

  14. x Plane Wave Scattering by a Circular Cylinder(Dirichlet Case)

  15. x Plane Wave Scattering by a Circular Cylinder(Dirichlet Case) (cont.)

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