In response to the refractive index change of air holes surrounding the cavities, four interlaced and symmetrical cavities are shown to independently shift their resonant wavelength without crosstalk.
In addition, for the proposed 2D PC-ISA device, each sensor unit is shown to independently shift its resonance wavelength in response to the changes in refractive index (RI) and does not perturb the others.
Attention systematically reshapes the receptive field profile, independently shifting both center and surround toward the attended location.
To simulate this vibration, each range profile has independently been shifted, with the shift being a Gaussian random variable of zero mean and a standard deviation of 10 cm.
The A spin is weakly coupled to the M and N spins, and its spectral pattern can be shifted independently.
The two displays can be shifted independently in a horizontal direction to adapt to different interocular distances.
Many systematic errors in model results are correlated over all scenarios, and leading uncorrelated errors are quantified (Table 2), resulting in a robust assessment of scenario impacts relative to BAU.> -wrap-foot> Cumulativemissionsns from the energy and land use sectors in the BAU and Alg-Feed scenarios are recalculated with each model parameter shifted independently as discussed in the SI.
It is basic in the two outgroup species opossum (pI = 7.83) and platypus (pI = 7.75), in primates (pI = 7.96 human, pI = 8.17 chimp, pI = 7.42 macaque), and in guinea pig (pI = 7.76), but seems to have shifted independently twice to acidic/neutral, once in rodents (pI = 6.36 in mouse, and pI = 6.9 in rat), and another time in dog (pI = 6.45 in dog).
Therefore, in order to detect shifts in the mean and/or variance, we recommend implementing the GLR charts designed to independently detect shifts in the mean, and independently detect shifts in the variance in parallel.
