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|Title: ||Azimuthally-dependent Finite Element Solution to the Cylindrical Resonator|
|Authors: ||Osegueda, R.|
Wang, D. SantiagoR.
|Issue Date: ||21-Mar-1994 |
|Citation: ||Monterey, California, USA|
|Abstract: ||The cylindrical cavity resonator loaded with an anisotropic dielectric is analyzed as a two-dimensional problem using a finite element approach that assumes sinusoidal dependence in azimuth. This methodology allows the first finite element treatment of the technically important case of a resonator containing a sapphire element with a cylindrically aligned c axis. Second order trial functions together with quadrilateral elements are adopted in the calculations. The method was validated through comparisons with the analytical solutions for the hollow metal cavity and a coaxial cavity, as well as through measurements on a shielded sapphire resonator.|
|Appears in Collections:||JPL TRS 1992+|
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