Examples of using S-waves in English and their translations into Spanish
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S-waves can likewise be converted to P-waves.
Recording of S-waves requires receivers coupled to the solid Earth.
Remember that S-waves are unable to travel through liquid.
S-waves: These seismic waves arrive after the P-waves because they travel more slowly.
the ripple waves are S-waves.
Q1: Which of the following statements about S-Waves is not correct?
P-waves and S-waves.
Something more about the speed of P-waves and S-waves.
S-waves or secondary waves travel much slower than P-waves
S-waves, on the other hand,
When the microseismic waves(P-waves and S-waves) caused by microseismic events reach nearby installed receivers,
The S-waves triggered by microseismic events are often the strongest signals recorded in microseismic data.
One of the biggest differences is that S-waves cannot travel through liquids whereas P-waves can.
S-waves, on the other hand,
Geophysicists can also use the fact that P-waves travel faster than S-waves to help determine the event location.
P-waves and S-waves.
shear waves are known as P-waves and S-waves, respectively, and are termed body waves.
The S-wave shadow zone indicates that there is a liquid layer deep within Earth that stops all S-waves but not the P-waves.
where P-waves were refracted and slowed and S-waves were stopped.
The outer core is liquid molten metal(and able to stop S-waves), while the inner core is solid.