METHOD OF SHORT-TERM EARTHQUAKE FORECAST
FIELD: physics. ^ SUBSTANCE: method for short-term earthquake forecast includes registration of seismic background waves in two distanced points of base, registration of time when regular component of infrasound signal appears, defining fractal magnitude of amplitude-frequency response of the compon...
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| creator | KOROL'KOV ANATOLIJ VLADIMIROVICH ANISIMOV OLEG GENRIKHOVICH DAVYDOV VJACHESLAV FEDOROVICH SOROKIN IGOR' VIKTOROVICH DAVYDOVA SVETLANA VJACHESLAVOVNA |
| description | FIELD: physics. ^ SUBSTANCE: method for short-term earthquake forecast includes registration of seismic background waves in two distanced points of base, registration of time when regular component of infrasound signal appears, defining fractal magnitude of amplitude-frequency response of the component, tracking time history of fractal magnitude, calculation of dynamic process time constant (T), forecast of expected shock characteristics: shock time ty=4.7 T, shock magnitude lg ty[day]=0.54 M - 3.37, hypocentre as cross-point of sight lines drawn from the base direction at angles where Bx1(0), B y1(0) are autocorrelation function values for signals at zero point on the planes (x, y) of first seismic receiver; Bx2(0), By2(0) are autocorrelation function values for signals at zero point on the planes (x, y) of second seismic receiver. ^ EFFECT: extension of earthquake forecast interval to 4 hours. ^ 6 dwg |
| format | Patent |
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Bx2(0), By2(0) are autocorrelation function values for signals at zero point on the planes (x, y) of second seismic receiver. ^ EFFECT: extension of earthquake forecast interval to 4 hours. ^ 6 dwg</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | DETECTING MASSES OR OBJECTS GEOPHYSICS GRAVITATIONAL MEASUREMENTS MEASURING PHYSICS TESTING |
| title | METHOD OF SHORT-TERM EARTHQUAKE FORECAST |
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