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The most significant observation is that, except beneath the northern part, high-frequency Sn waves propagate efficiently in the uppermost mantle beneath the Tibetan Plateau.
In each propagation direction, the bulk waves propagate in isotropic materials with equal velocity at each angle of propagation.
The higher-frequency waves propagate faster.
Therefore, the waves propagate with no attenuation.
Sound waves propagate with just the slightest disturbances.
Speed of sound, speed at which sound waves propagate through different materials.
Speed of light, speed at which light waves propagate through different materials.
Harmonic waves propagate with well-defined velocities that are related to their frequency and wavelength.
Because sound waves propagate faster in warm air, they travel faster closer to the Earth.
Forty-three waves propagate upward and 11 propagate downward.
Waves propagate around the belt above this frequency.
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