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Similarly, predicted interactions peaked for time offsets near 200 ms, as observed experimentally.
While this is only suggestive that recorded neurons expressed ChR2, whole cell recording data on SST cells that expressed ChR2 revealed that photostimulation results in firing of recorded neurons within a similar range ex vivo (3 8 ms) as observed latencies in vivo.
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This is at variance with the expected scaling of M − 2 for the composite midpoint rule applied to a function with a bounded second derivative, but the inverse CDF of a normal distribution (i.e. Q − 1 ( z ) ) does not have a bounded second derivative, and an error analysis of Equation 22 (not shown) predicts a scaling of M − 1, as observed.
Interestingly, the yeast external cell wall did not appear to be affected by either 25 or 50 m M furfural as observed by scanning electron microscopy (data not shown).
Near the coast, subsidence up to 2 m, as observed by the GPS data (GSI, 2011) is predicted.
Maximum As concentration of 510 µg/l corresponds to a depth of 40 m, as observed in Bhakir Mahangopur Village (25°51.559′: 825°51.559′.
Notably, the thermal bubble started to move upward (e.g., approximately 10 and 40 m, as observed in Fig. 2d, e, respectively).
It is important to note that, as occurred for the Ekofisk platform, an overestimation of H s is still made for swell-dominated sea states (λp ≳ 200 m), as observed in Figure 13a.
The subsoil (weathered layer) is composed of clay in the depth range 0 9 m as observed in the geoelectric section between distance 130 155 m which correlates with the 2-D resistivity structure with resistivity value less than 100 Ωm at nearly the same depth.
The stable segment at SW flank is characterized by relatively high resistivity topsoil in the depth range 0 2 m with resistivity value of 321 Ωm and the subsoil layer is composed of clay between distance 0 40 m as observed in the geoelectric section.
However, the minimum relative shear modulus of 1.2 is reported at νm = 0.33 and Em = 4 demonstrating that the shear modulus decreases by reduction in "ν m " and increase in "E m." As observed in Fig. 5a, the shear modulus does not considerably change by these parameters.
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