Electromagnetic Penetration Into a Finite Coaxial Cylinder with a Recessed Inner Conductor

Authors: L. Rispin; D. C. Chang; COLORADO UNIV AT BOULDER ELECTROMAGNETICS LAB

Abstract:

The electromagnetic penetration into a finite coaxial cylinder illuminated by a uniform plane wave of arbitrary incidence is investigated by combining the results of several individual Wiener-Hopf analyses. The circular to coaxial waveguide junction within the cylinder is fully characterized through such a technique. A simple equivalent circuit for this junction and the other elements of the system are combined into an equivalent Norton source and equivalent load admittance which is valid under most practical situations. The power dissipated within the coaxial line section of the system is then easily calculated for any given load, except those in the vicinity of the 'perfectly matched' load. (Author)

Pages:

Report Date:

JUN 1978

Contract Number:

N00014-76-C-0318

Report Number:

A223241

Report Unavailable

This title is unavailable from Storming Media. We do not know when it might be available, if at all. We list the report on our site for bibliographic completeness, to help our users know what other work has been performed in this field. Please note that as with all titles on this site, we do not have contact information for any of the authors. Nor can we give any suggestions on how one might obtain this report.

Keywords relating to this report:

*COUPLING(INTERACTION)

*COUPLING_INTERACTION_

ADMITTANCE

CYLINDRICAL BODIES

ELECTROMAGNETIC RADIATION