Fig. 4

One-dimensional slices of the color maps from Fig. 3: (a) \(\vert \rho _{yy}\vert\) (red line) and \(\vert \tau _{yy}\vert\) at \(S=0.945\) (blue line); and \(\vert \rho _{yy}\vert\) (green line) and \(\vert \tau _{yy}\vert\) (orange line) at \(S=0.95\), for the identical resonators; (b) \(\vert \rho _{yy}\vert\) (red line) and \(\vert \tau _{yy}\vert\) (bright-blue line) at \(S=0.91\); and \(\vert \rho _{yy}\vert\) (green line) and \(\vert \tau _{yy}\vert\) (violet line) at \(S=0.945\), for the nonidentical resonators; (c) \(\vert \tau _{yy}\vert\) at \(S=0.81\) (red line), \(S=0.83\) (green line), \(S=0.85\) (blue line), \(S=0.87\) (orange line), \(S=0.91\) (violet line), \(S=0.92\) (brown line), \(S=0.93\) (black line), and \(S=0.94\) (rose line), for the identical resonators; (d) \(\vert \tau _{yy}\vert\) at \(S=0.825\) (red line with the maximum at \(f=12.75\) GHz), \(S=0.83\) (green line), \(S=0.835\) (blue line), \(S=0.84\) (orange line), \(S=0.845\) (violet line), \(S=0.85\) (brown line), \(S=0.855\) (black line), and \(S=0.86\) (red line with the maximum at \(f=12.58\) GHz), for the nonidentical resonators.