WANG Yan, LI Sen, WANG Baisuo. Mutual Impedance Between Probes in an Elliptic Waveguide-Part I: Basic Theory[J]. Chinese Journal of Electronics, 2011, 20(2): 385-388.
Citation:
WANG Yan, LI Sen, WANG Baisuo. Mutual Impedance Between Probes in an Elliptic Waveguide-Part I: Basic Theory[J]. Chinese Journal of Electronics, 2011, 20(2): 385-388.
WANG Yan, LI Sen, WANG Baisuo. Mutual Impedance Between Probes in an Elliptic Waveguide-Part I: Basic Theory[J]. Chinese Journal of Electronics, 2011, 20(2): 385-388.
Citation:
WANG Yan, LI Sen, WANG Baisuo. Mutual Impedance Between Probes in an Elliptic Waveguide-Part I: Basic Theory[J]. Chinese Journal of Electronics, 2011, 20(2): 385-388.
Mutual Impedance Between Probes in an Elliptic Waveguide-Part I: Basic Theory
The general formulas of field intensity and mutual impedance of probes located in an elliptic waveguide are given by means of Ddyadic Green’s function (DGF), field transformation, and reaction concept. The waveguide is semi-infinite. The reflection coefficient at terminal plane is Γ. The lengths, feed points, and orientations of two probes in the waveguide are all arbitrary.
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