Maqolada keltirilgan eksperiment tahlili shuni ko'rsatdiki, jinslarni parchalashga qaratdgan texnologivalar samaradorligini oshirish uchun kuchlanishlar konsentratlari vordamida vayron qiluvchi portlovchi bo'lmagcm qorishmalarm qo'llash maqsadga muvofiq. Bu maydalash shpurlari orqali sevsmikportlash ta’siridan seliklarning kontur orti buzilishini kamaytirishga imkon beradi. Bunda bitta tozalash kamerasi qisqaradi: shpurlar - 900 donaga, portlovchi moddalarning solishtirma sarfi - 15 % ga, zararli portlovchi gazlar - 17 % ga. Hisoblangan iqtisodiy samaradorlik bitta tozolash kamerasiga 200 ming rublni va kamerno - ventilyatsiyali shtrekga taxminan 50 ming rublni tashkil etadi.

Tayanch iboralar: tog' jinslari massivi, kuchlangan holat, kuchlanish konsetratori, gips koni, portlovchi bo 'Imagan qorishma.

Experimental analysis presented in the article shows that to improve the efficiency o f education technology aimed at rocks split; it is advisable to use non-explosive mixture by destructive stress concentrates. This will reduce the aquifer pillars disintegration from the seismic blast action o f baffle holes. This will be reduced by one extraction chambers: holes - by 900 pieces; specific explosives consumption - by 15 %, hazardous explosive gas - by 17 %. Estimated economic impact is more than 200 thousand rubles per acleaning chamber and about 50 thousand rubles fo r the chamber airway.

Key words: rock massif stress state, stress concentrator, gypsum mine, non-explosive destroying mixture.