The automated system of numerical analysis and visualization of these ultrasonic measurings of anisotropy parameters of velocities of elastic quasi-longitudinal, "fast" and "slow" quasi-transversal waves in rocks is offered. The effects of anisotropy parameters of rock-collectors are explored from the ultrasound results measurements for the complicated tense-deformed conditions. Orthorhombic type of acoustic anisotropy is discovered for rock specimens this is determined with texture, composition and rocks compound-ordered microfracturing.
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