Azolla shows high growth and propagation rates, strong photosynthetic O2-releasing ability and high nutritional value.
The slip onset on the fault plane was smooth with a relatively steady rupture propagation, radiating strong low-frequency waves.
For this purpose a numerical treatment is conducted by modeling the propagation of strong pulses through a QD-SOA and the resultant change of the QD-SOA gain dynamics.
In this paper, we use the method of Lie group invariance under infinitesimal point transformations [[16] [18]] to study the problem of propagation of strong shock waves in a radiating and electrically conducting gas permeated by a transverse magnetic field.
This type of soliton is a result of various physical effects that betide in the propagation of strong laser pulse through plasma, including relativistic mass change of electrons, alteration of plasma density due to ponderomotive force and dispersion effects.
The dynamics of the turbulent flame base, and the fluctuations of its streamwise position, thus appears to be controlled by the intricate coupling between autoignition and the upstream propagation of strong pressure waves sustained by combustion, pertaining to an intermittent detonation-like mechanism.
In order to expedite results, we consider a volume of 600 × 800 × 50 km3 with a grid spacing of 500 m. Figure 5 shows a snapshot of ground motion for Model D. The first radiation originates from the initial rupture process (until 60 s), and then, accompanied by the main rupture propagation, the strongest phase propagates along the whole fault length.
Tokyo, however, lies in a nodal direction from the megathrust source, so small GF anomalies may be expected there, although the influence of the directivity effect due to rupture propagation is strongest among all megacity cases.
Furthermore, low-angle dipping slabs also have a potential to affect seismic wave propagations and strong ground motions (e.g., Furumura and Singh 2002; Takemura et al. 2015b, c).
