| 1. | Shear wave splitting measurements have been used successfully to predict several earthquakes.
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| 2. | Thus, a simple liquid will not typically support a transverse acoustic phonon, or shear wave.
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| 3. | The shear waves are generated by an electro-mechanical transducer on the surface of the skin.
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| 4. | Crampin ( 1980 ) proposed the theory of earthquake prediction using shear wave splitting measurements.
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| 5. | The speed of shear waves is determined only by the solid material's shear modulus and density.
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| 6. | These methods use different means to generate and measure the propagation of shear waves in tissue.
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| 7. | The shear wave evanescently decays into the liquid.
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| 8. | This allows shear or quasi-shear waves to be generated with a large amplitude in the through-thickness direction.
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| 9. | In addition, the motion amplitude decays and the longitudinal and shear waves, that travel in the bulk.
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| 10. | They confirmed the development of SH long-crested BL oscillations, the dynamic shear waves of transition to turbulence.
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