The warning system works by detecting primary waves , which spread from the epicenter of a quake and travel faster than the destructive shear waves
12.
The warning system works by detecting primary waves , which spread from the epicenter of a quake and travel faster than the destructive shear waves
13.
The warning system works by detecting primary waves , which spread from the epicenter of a quake and travel faster than the destructive shear waves
14.
The warning system works by detecting primary waves , which spread from the epicenter of a quake and travel faster than the destructive shear waves
15.
The warning system works by detecting primary waves , which spread from the epicenter of a quake and travel faster than the destructive shear waves
16.
The warning system works by detecting primary waves , which spread from the epicenter of a quake and travel faster than the destructive shear waves
17.
The warning system works by detecting primary waves , which spread from the epicenter of a quake and travel faster than the destructive shear waves
18.
The warning system works by detecting primary waves , which spread from the epicenter of a quake and travel faster than the destructive shear waves
19.
The materials by which to make orthotropic model with controlled crack parameter were attempted to develop at laboratory . shear wave splitting was observed in three different directions in small scale samples
20.
Shear wave splitting was observed by employing torsion vibration shear - wave transducers with broadband , which show that shear wave , whatever it ' s vibration mode may be , can split in anisotropy media
