This review covers approximately 15 years of development in the techniques used to
measure dielectric properties of materials over the frequency range 1 MHz to 1500 GHz. An …

Two approaches due to the complex frequency and to the perturbation theory are described
to compute accurately the Q-factors of the circularly-symmetric TEO modes for dielectric rod …

An effective dielectric constant technique to determine the resonant frequency of the TE/sub
01 delta/mode of a cylindrical dielectric resonator placed in a microwave integrated circuit …

Dielectric permittivity measurements provide important input to engineering and scientific
disciplines due to the effects of permittivity on the interactions between electromagnetic …

In this paper, dielectric resonators possessing separable-coordinate geometries immersed
in planarly-inhomogeneous media are analyzed using a volume electric-field integral …

The unloaded Q-factor of a dielectric resonator is degraded due to conductor loss when it is
placed in an MIC environment. The authors report approximate but quite accurate closed …

In this paper, the highly accurate results of resonant frequencies, field distributions, and
quality factors of the TE/sub 01/spl delta//mode for the cylindrical shielded dielectric …

Dielectric resonators (DR's) are widely used in telecommunication systems. A method is
proposed here to find the resonant frequency and field distribution in a substrate-mounted …

The method of evaluating the resonant frequencies of a multilayered cylindrical resonator
containing uniaxial anisotropic materials is presented. The detailed solution of Maxwell's …

The method of evaluating the resonant frequencies of multilayered resonator containing
demagnetized ferrites is presented. The detailed solution of Maxwell's equations for such a …