SUMMARY. New strip arrangements for high Q or high effective per- mittivity are proposed for artificial dielectric resonators in a waveguide.
New strip arrangements for high Q or high effective permittivity are proposed for artificial dielectric resonators in a waveguide. The quality factor and ...
Summary: New strip arrangements for high Q or high effective permittivity are proposed for artificial dielectric resonators in a waveguide. The quality factor ...
High Q or High Effective Permittivity Artificial Dielectric Resonator in a Waveguide. Authors. Hiroshi KUBO; Tsuyoshi MUKAI; Atsushi SANADA. Downloads. Requires ...
Bibliographic details on High Q or High Effective Permittivity Artificial Dielectric Resonator in a Waveguide.
Q value is improved by placing strips properly without degrading effective permittivity, and it is explained, from the view point of magnetic field ...
Jul 12, 2017 · The periodicity can increase the stored energy and improve the quality factor. The optimal ratio between the two permittivities is investigated.
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High resistivity silicon is found to be an effective material for THz dielectric waveguide integration, for its lower dispersion and loss characteristics [22].
Missing: Permittivity | Show results with:Permittivity
Dielectric resonators can exhibit an extremely high Q factor that is comparable to a metal walled cavity. There are three types of resonant modes that ...
Missing: Artificial | Show results with:Artificial
High-Q resonator for millimeter wave EPR has been designed, modelled, and tested. · The resonator is based on forming a detect in 1D photonic band gap structure.
Missing: Permittivity Artificial