Приклади вживання Seismic waves Англійська мовою та їх переклад на Українською
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Seismic waves travel through the Earth's interior.
The are many different seismic waves, but all of basically of four types:.
The agency made the correction on Sunday morning after analyzing seismic waves and other data.
The seismic waves of the‘ earthquake Heartbleed' even shake the network- ElMundo.
To the theory of elastic and viscoelastic seismic waves propagating in the layered Earth stratum.
Unlike seismic waves on Earth, solar waves have practically no shear component.
Geophysicists have learned much about the earth from such seismic waves, which travel at known speeds.
By analyzing how seismic waves pass through the layers of the planet, scientists can deduce the depth and composition of these layers.
Our most powerful technique for exploring the mantle is monitoring seismic waves from the world's earthquakes.
They release none of the damaging seismic waves you might normally expect, which means they don't produce shaking.
We can solve these equations oran appropriate approximation to them to compute the paths that seismic waves follow in Earth.
Special features of distribution of seismic waves propagation velocity in the Earth crust Kirovograd ore area.
When you look at a seismogram the wiggles you see are an indication that the ground is being, or was,vibrated by seismic waves.
For a real bottom, that has a broad spectrum, seismic waves are generated with all wavelengths and in all directions.
While the seismic waves generated can be very strong from a nuclear explosion, nature has an even stronger method of seismic wave generation: earthquakes!
Scientists used this method tostudy a strange anomaly that occurs when seismic waves pass through the structures called cratonic roots.
Analyzing the way seismic waves travel through the shell of Mars, researchers hope to determine the depth and composition of each layer.
With this method the scientists werestudying a strange anomaly that occurs when seismic waves pass through the structure called the craton roots.
In the second case, seismic waves are generated either by artificial explosions, or by falling onto the moon of artificial objects(for example, parts of a spacecraft).
Another mystery that can be solved thanks to recent studies, is,why do seismic waves travel faster between the poles, not over the equator.
Although the generated seismic waves can be very strong from a nuclear explosion, nature is even more strong method of generating seismic waves: earthquakes!
Usually, these sounds come from earthquakes or volcanic explosions,and studying seismic waves, scientists can determine what materials are underground.
Seismic waves from earthquakes, nuclear explosions, and other sources of elastic waves are recorded automatically and continuously at seismological stations.
The course starts with the propagation of seismic waves and the concept of the seismic wavelet in time and frequency domains.
The mathematics behind wave propagation is elegant and relatively simple, considering the fact that similar mathematical tools are useful for studying light,sound, and seismic waves.
Typically, these sounds come from earthquakes or volcanic explosions,and by studying the resulting seismic waves scientists can determine what materials lie underground.
Also, because the seismic waves are much faster than the water waves, the source of seismic noise is isotropic: the same amount of energy is radiated in all directions.
This is an even closer temporal coincidence than indicated byprevious analyses which also suggested that strong seismic waves produced by the impact could have triggered increased volcanism.
Because the conversion from the ocean waves to the seismic waves is very weak, the amplitude of ground motions associated to microseisms does not generally exceed 10 micrometers.