This propagation is achieved by alternating two steps.
This propagation term is smaller than for alpha helices.
This propagation model assumes an exponential path loss over the distance from sender to receiver [47].
This propagation mechanism caused a significant rise in PPG resistance to water flow.
This propagation results in a signal attenuation and spectral distortion, called reverberation, that seriously degrades speech quality and intelligibility.
This propagation depends on drying air velocity and becomes less pronounced with respect to the depth of the bed.
This propagation of the disturbance corresponds to the radial and north-westward expansion of the disturbance shown in Figs. 1(c) and 1 d).
This propagation can be driven by magnetic fields[8] reaching velocities up to 1,000 m/s or by spin-polarized electric currents in the nanowires[9].
This propagation occurs, for example, in workflow derailment problems [104], which arises when an error in the task executions prevents the workflow conclusion.
This propagation is nearly parallel to the trench, and one front moves northeast, up to about 39.5°N, and the other front moves southwest, down to about 37.5°N (Fig. 2).
This propagation of stage II cracks could be expressed by the relation of dac/dN=1.6×10−10 [ΔJ]1.2, where ac is average crack length and ΔJ is J-integral range.
