In this case the dependence of Lk on frequency is weaker than for the gST and even though β is smaller than in the case of the gST, the amplitude of the global-mean precipitation is larger for the shorter period associated to OB. Figure 6: Amplitudes and lags calculated with the feedback model.
Heim et al. (2013) found that, in developmental dyslexics, lexicality effects (pseudowords > words) and frequency effects (low > high frequency) were weaker than controls in BA 45 (associated with lexical selection) but stronger than controls in BA44 (that supports lexical access via grapheme-to-phoneme conversion).
Our results also demonstrate that light/dark and blue/yellow gratings suppress LFP responses more than red/green gratings and that, consistently with previous studies (Bauer et al. 1995; Gieselmann and Thiele 2008), the response suppression to low spatial frequencies is weaker for LFP than MUA.
At the same time, we found that the response suppression to low spatial frequencies was weaker in LFP than MUA (see also Bauer et al. 1995; Gieselmann and Thiele 2008).
In the cases where low spatial frequency information is weak (as in the case of Craik-O'Brien-Cornsweet) this implies boosting of low frequencies, explaining the surface-like appearance.
Motivation: In sequencing studies of common diseases and quantitative traits, power to test rare and low frequency variants individually is weak.
The magnitude of the resonance frequency shift is weaker and noisy.
When the rotating speed is in the lower subcritical speed zone, the corresponding high resonance frequency component is weaker.
The velocity measurement results show that the resonance frequency is a weak function of cavity volume as the resonance frequency remains same for all the cavity shapes considered in the present study.
However, the off-resonance absorption, which is far away from SPR frequency, is very weak and is not sensitive to the shell thickness.
