This shows (b), and the proof is complete.
The top row shows B φ, the bottom row B ϑ (both in nT).
Table 1 shows B (n, c), the number of bounces that the n th subject required to stop the oscillator from making sound for the model c.
Magnification of the erosional belt indicated in the rectangular area shows b lag deposits (Gh) of sandy CH, with conglomerate and stratified pebbly sandstone.
Figure 5d shows B Y in the Y Z plane as shown in Fig. 5b, except for t = 129 and X = −12 to represent perturbations around the fast flow tailward of the flow-braking region.
Such a 'bad' activation pattern in the whole brain (c) would mask any specific activation due to a pharmacological and/or sensorial stimulus, and in this case, the time course shows (b) a general decline in signal, and no effect of the challenge is visible.
Run(1) to Run(3) show different time developments depending on the initial locations of the local B z enhancement seeded in the CS. Figure 5 shows B z (z/d=0) at Ω i t=8.4 and Ω i t=15.2, as well as the simulated magnetic-field structure and J y at Ω i t=15.2 of each run.
A similar argument shows (b).
