Ushbu maqolada sevsmorazvedka kompleks metodi vordamina aniqlanadigan, bort atrofidagi massivni sh ’ajinali zaryadlarning portlovchi moddalarini ommaviy portlatishda energiya ta 'sirini baxolashkeltirilgan. Kompleks apparatlardan foydalanildi: sevsmoqabulqilgich CMB-130, seysmostansiva ACM-12-OB va ossilografH-700. Ommaviy portlatinsda kontur orti massivini emirilishini kamavtirishda konturli portlatish yo ’li tavsiya etiladi.

Tayanch iboralar: deformatsiva, konturortidagi kon massivi, ommmiy portlatish, sh ’ajina zarvadi, portlovchi modda, bort atrofidagi massiv, kompleks metod, seysmorazvedka, kompleks apparatura, sevsmoqabulqilgich, seysmostansiva, ossilograf konturli portlatish, emulsion nportlovchi modda, radial oraliq, modelli muhit, kern, geologik qidiruv skvajinalari, egri burchakli fotoplanametriva metodi, kon jinslarining qattiqlik tuzulish va tarkibiy xossalari, karver borti.

The estimates o f the impact o f mass explosion energy o f downhole explosives charges in the state o f near edge massif determined by a complex method using seismic exploration works are reproduced in this article. It uses a set o f equipment: geophones CMB-130, seismic station ACM-12-OB and oscilloscope 700. In order to reduce the aquifer destruction o f rock massif during mass explosions is recommended method o f controlled blasting.

Key words: deformation, aquifer rock massif, massive explosion, borehole charge, explosives, near edge massif, complex method, seismic exploration works, integrated instrumentation, geophone, seismic station, oscilloscope, controlled blasting, emulsion explosives, radial clearance, model environment, bore core, exploration wells, method o f oblique photometry, rocks structural and strength properties, open pit side.