Sentence examples for penetrating waves from inspiring English sources
Sound engineer Robert Friedrich captures the loftiness of the building and the sonic embrace that only a great organ in a massive cathedral (this one inspired by Chartres) can provide - those penetrating waves of reverberation that travel out and through every piece of stone and glass.
When it emerges from the sand at night, the openings of the cavities expand and contract in response to the amount of moonlight penetrating the waves above so that its silhouette is less visible to predators lurking below.
Typically these "air guns" emit ocean bottom penetrating sonic waves louder than dynamite explosions every 10 seconds for days or sometimes weeks at a time depending on the scope of the area being investigated.
Explosives were positioned approximately every 3 km on the profile and the OBSs recorded deep penetrated seismic waves.
In general, 3D data are obtained from the reflection of waves from the plant surface or from waves penetrating the plant network such that the absorption rate varies through different tissues.
Therefore, if the wave power is not enough large to penetrate the wave stop gap, the mode conversion at the Alfvén resonance does not occur.
They also describe waves penetrating up to 2 km inland.
2. Magnetosonic resonance may be used to transfer the momentum from fast magnetosonic waves penetrating into the geotail lobes from the magnetosheath, to the background plasma.
Owing to their strong coupling with the background plasma ions, resonant slow magnetosonic waves can transfer the energy and impulse from the solar wind to the magnetospheric plasma ions via fast magnetosonic waves penetrating into the tail lobes.
To check this possibility, we employ quasilinear theory to calculate the velocity the background plasma acquires when interacting with the flux of fast magnetosonic waves penetrating into the magnetosphere from the magnetosheath.
Miniaturized resonant viscosity sensors are usually operated at relatively high frequencies, ranging from the lower kHz to tens of MHz, which utilize shear waves penetrating the liquid in the close vicinity of the vibrating surface thus only enabling the sensing of a small liquid film on the surface.
