Furthermore, the wave elevation is obtained in the whole interior domain of the harbor at various modes of resonance with specific incident waves.
The observed periods of the spectral peaks around 260 seconds are close to the period of the theoretically-expected fundamental mode of the resonance.
The comparison of the 3D simulation results, the numerical solution of the equation (25), and the approximate formulas (38) for the fundamental mode of the resonance is shown in Figure 4.
Numerical results from finite-difference time-domain (FDTD) simulations show that the even-order mode of Fano resonance is particularly excited and controlled by stacking method under normal incidence rather than a general method with oblique incidence.
A clear peak with a period of 250 seconds appears for the period 03 30 04 30 UT when the amplitude in Fig. 6 slightly increases, which indicates the excitation of the fundamental mode of acoustic resonance, and the peak seems to shift to 265 s for the next interval, 04:00–05:00 UT.
In previous reports [27 29], ZnO nanostructures exhibit a whispering gallery mode (WGM) type of resonance in which the hexagon-shaped nanostructure can support the lasing modes.
The influence on micro resonators by dielectric nanoparticles have been intensively studied recently, fiber tip is used to study the resonance mode profile, especially from the splitting of resonance mode.
The main characteristic is to define the out-of-phase mode resonance frequency of the DETF smaller than the in-phase mode frequency.
The peaks have a period close to the major modes of the resonance that has been predicted theoretically (e.g., Tahira, 1995; Lognonne et al., 1998; Nishida et al., 2000; Shinagawa et al., 2007), and their magnetic effects, through the ionospheric dynamo process, have also been expected since 2004 Sumatra earthquake (Iyemori et al., 2005).
The observed enhancement of the RSR signal is caused by the quadrupole mode of the plasmonic resonance of gold nanotriangles arrays.
