The microstrip antenna features high q and higher resonance harmonics which are not integer multiples of the dominant resonance frequency if a circular microstrip antenna cmsa is chosen.
High q resonant laminate.
An elastic steel layer with a relatively high q m significantly increases the resonant enhancement of the me coefficient due to an increased effective q m of the laminate.
The theoretical analysis on the resonant me effect of the mp laminate composite is mainly based on the equivalent circuit method proposed by dong et al.
This paper experimentally clarifies wide frequency band.
It provides a new.
Consequently high q resonators provide huge enhancement to other characteristics of devices exploiting the resonance effects e g material characterization tools 6 9 biological and chemical sensors 10 the latter can detect a single nanoparticle 11 or even a single atom 12 ultralow threshold and super directional lasers 13 14 and so on.
Meanwhile the effective mechanical quality factor of the laminate is enhanced owing to the high q m of fecunbsib about 1000.
In addition the me sensitivity to h dc for mpf laminate at resonance achieves 125 9 mv oe 1 which is 5 times as high as that of mp laminates.
Finally due to the nature of high q versus low q effects the type of damping utilized will have a large impact on the success of the method.
Hence a higher mevc at resonance can be obtained.
The three phase me laminates have a low first order bending frequency of 5khz with a resonance enhanced me coefficient of 40v cmoe.
This paper proposes the use of a microstrip antenna as a competitor to the linear antenna for rectenna in sps solar power satellite project.
The variation of the hole size of the cuboid allows for the tuning of the resonant anapole mode in the nanoparticles.
To explore the resonant me response dong characterized the dissipation of material at resonance by introducing the mechanical quality factor q mech however it should be mentioned that when the composite operates in resonant mode there still.
Diffractive broadband coupling into high q resonant cavities hongtao lin 1 xiaochen sun 2 jifeng liu 3 and juejun hu4 1department of materials science engineering university of delaware newark delaware 19716 usa 2laxense inc 20539 e walnut dr.
Made up of a wear resistant overlay decorative sheet and impact resistant kraft wilsonart high pressure laminate hpl offers long lasting beauty function and performance.
Q factor is a parameter that describes the resonance behavior of an underdamped harmonic oscillator resonator.
In this work a dielectric metasurface consisting of hollow dielectric nanocuboids with ultrahigh quality factor is theoretically proposed and demonstrated.
In addition if the cabinet wall resonance falls into a frequency range that is excited constantly by music or the human voice i e 100 400hz the resonances will be even more audible.
The metasurface is designed to operate in two complementary modes namely electromagnetically induced transparency and.
The range of frequencies for which the oscillator resonates is.
