EFFECTS ON THE RESONANT FREQUENCIES CAUSED BY LOADING A SPHERICAL CAVITY WITH A DIELECTRIC SPHERE.

Louis F. Libelo; Guy E. Pisane; Richard Ziolkowski

EFFECTS ON THE RESONANT FREQUENCIES CAUSED BY LOADING A SPHERICAL CAVITY WITH A DIELECTRIC SPHERE.

Louis F. Libelo, Guy E. Pisane, Richard Ziolkowski

Research output: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

An extensive investigation has been carried out of the properties of a conducting spherical cavity filled with a lossless homogeneous dielectric and concentrically loaded with another lossless homogeneous dielectric. This report contains a portion of the results obtained in the course of this investigation. Also presented and discussed are the effects on the cavity system eigenvalues of changing the radius of the dielectric load sphere. This is done for a wide range of relative dielectric strength for the media within the cavity. Specifically, results for relative strengths of 3, 10, and 1/3 are given. The appropriate derivations of the eigenvalue equations are presented. Analysis of the results suggests a broad variety of practical applications.

Original language	English (US)
Title of host publication	Harry Diamond Laboratories (Technical Report) HDL-TR
State	Published - Apr 1988
Externally published	Yes

ASJC Scopus subject areas

General Engineering

Cite this

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title = "EFFECTS ON THE RESONANT FREQUENCIES CAUSED BY LOADING A SPHERICAL CAVITY WITH A DIELECTRIC SPHERE.",

abstract = "An extensive investigation has been carried out of the properties of a conducting spherical cavity filled with a lossless homogeneous dielectric and concentrically loaded with another lossless homogeneous dielectric. This report contains a portion of the results obtained in the course of this investigation. Also presented and discussed are the effects on the cavity system eigenvalues of changing the radius of the dielectric load sphere. This is done for a wide range of relative dielectric strength for the media within the cavity. Specifically, results for relative strengths of 3, 10, and 1/3 are given. The appropriate derivations of the eigenvalue equations are presented. Analysis of the results suggests a broad variety of practical applications.",

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AU - Pisane, Guy E.

AU - Ziolkowski, Richard

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N2 - An extensive investigation has been carried out of the properties of a conducting spherical cavity filled with a lossless homogeneous dielectric and concentrically loaded with another lossless homogeneous dielectric. This report contains a portion of the results obtained in the course of this investigation. Also presented and discussed are the effects on the cavity system eigenvalues of changing the radius of the dielectric load sphere. This is done for a wide range of relative dielectric strength for the media within the cavity. Specifically, results for relative strengths of 3, 10, and 1/3 are given. The appropriate derivations of the eigenvalue equations are presented. Analysis of the results suggests a broad variety of practical applications.

AB - An extensive investigation has been carried out of the properties of a conducting spherical cavity filled with a lossless homogeneous dielectric and concentrically loaded with another lossless homogeneous dielectric. This report contains a portion of the results obtained in the course of this investigation. Also presented and discussed are the effects on the cavity system eigenvalues of changing the radius of the dielectric load sphere. This is done for a wide range of relative dielectric strength for the media within the cavity. Specifically, results for relative strengths of 3, 10, and 1/3 are given. The appropriate derivations of the eigenvalue equations are presented. Analysis of the results suggests a broad variety of practical applications.

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M3 - Chapter

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BT - Harry Diamond Laboratories (Technical Report) HDL-TR

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EFFECTS ON THE RESONANT FREQUENCIES CAUSED BY LOADING A SPHERICAL CAVITY WITH A DIELECTRIC SPHERE.

Abstract

ASJC Scopus subject areas

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