Computations are carried out for each of the four mode categories of a clamped square plate.
The dashed lines represent the linear divergence due to radiation loss for the two modes.
The PL-decay times for the two modes are extracted by fitting exponential functions to the experimental data.
4 < for the two modes of 26% and 74%, respectively.
From the transmittance spectra in Fig. 2a,b, we can extract the linewidths for the two modes at the resonance frequency.
The buckling conditions for the two modes are also obtained, respectively.
Finally, the worst case transmission times and the maximum delay bounds for the two modes of data transmission are analysed.
The times of electrolysis to a given final degree of conversion for the two modes of operation of a given reactor are calculated and compared.
This is reflected in different quality factors for the two modes and allows us to identify the strongly radiating electric mode as the brighter mode and the magnetic mode, with its non-radiating quadrupole moment as the darker mode of the SRR metamaterial.
No correlation between lung deposition and the inspiratory flow rate was found for the two modes.
