where L is the overall inductance of the resonator circuit and C its total capacitance. Several resonator designs have been published in the literature for low frequency EPR spectroscopy …

A resonator, in this cotext, is any device in which a wave can travel back and forth between reflectors.At frequencies above ∼1 MHz a convenient implementation (Fig. 2) is a plate of …

The WG resonator is essentially “oversized” for millimeter wavelengths and thus enables the designer to use larger structures. In case of an NRD-guide resonator, the dielectric block may …

Jan 25, 2015 · The resonator is a zero-level packaged polysilicon free-free resonator operating at 25.6 MHz and exhibiting a Q-factor of 334 with a motional resistance of 5 MΩ when biased at …

Dec 16, 2024 · Resonator A with the four-ring spoke array and relatively smaller support radius has a Q value up to 91000 in vacuum, resulting in an f × Q product of 2.14 × 10 12, while the …

Nov 1, 2024 · (17) Z = 1 j ω C o 1 − k t 2 tan φ φ Z in where ω = 2 π f is the resonator angular resonant frequency; (C o = ∈ A / d) represents the resonator stack static capacitance decided …

Jul 1, 2024 · The ends of the micro-resonator are anchored and connected to gold electrodes, which are linked to an external electrical source. We use the upper pole plate of the micro …

The resonator shown in Figure 9.4 was robust and comparatively simple to construct [22]. The body of the resonator was composed of two metal parts machined out of the same billet. The …

Jan 1, 1998 · The scattering and absorption effects of a quarter-wave resonator can be illustrated by particle velocity vectors in 124 C. D. Field, F. R. Fricke the field of a plane wave normally …

Sep 1, 2023 · When the resonator vibrates, the tension and closing friction between the surface cracks cause a large amount of energy to dissipate. It will even destroy the anisotropy of the …