Abstract
The authors describe a mathematical model for fast calculation and analysis of the frequency characteristics of special axisymmetric (SAS) hydrogen quantum discriminator (HQD) resonators. Because of their improved axisymmetric construction and discriminator fabrication technology, compact high-Q cylindrical resonators operating in the H/sub 011/ wave mode are preferable for HQDs. The resonance frequencies of SAS resonators with dimensions closely resembling those used by HQDs are listed. The dependence of resonance frequency on the principal geometric dimensions of the resonator is shown.
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