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From such a model we can define the standing wave ratio (SWR).
Transducers with strongly oriented (002) crystal orientation displayed the highest longitudinal/shear (L/S) wave ratio of 19.6 dB.
The measured voltage standing wave ratio (VSWR) of the antenna was 1.18 at the resonant frequency of 1.31 GHz.
Antenna parameters such as resonance frequency, return loss, voltage standing wave ratio (VSWR), and bandwidth were simulated and reported.
The obtained bandwidth is good and better voltage standing wave ratio (VSWR) is less than 2. The performance of proposed multiband antenna is simulated and validated by measurements.
The parametric study of the considered design shows that the radiation pattern, return loss, voltage standing wave ratio (VSWR), and gain are optimized within the band of operation.
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The standing wave ratios (SWRs) of each port are less than 1.5.
It further exhibits voltage standing wave ratios (VSWRs) starting at value 1 and keeping on a reasonable level of impedance matching.
The model requires eight empirical parameters that are obtained from comparisons with field data for various Keulegan Carpenter numbers and current to wave ratios.
The design shows voltage standing wave ratios (VSWRs) of less than 1.05 in the pass-band interval yielding flattest pass-band with clear impedance matching.
It is well-known that the acoustic energy and therefore the exergetic efficiency depend on parameters such as the stack's hydraulic radius, the stack's position in the resonator and the traveling standing-wave ratraveling standing-wave
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