SELF-ORGANIZATION OF MOUNTAIN RANGE AT TECHNOGENIC AFFECTING HIM

The excavation in a rock mass and the influence of the blasting operations lead to the differentiation of the array into zones of different geomechanical and gas-dynamic States. Revealing regularities of formation and distribution of zones of various degrees of disintegration is of great importance to ensure the safety of mining operations and extraction of gas from coal with the intent of using it as a cheap fuel. Within the zone of intensive development of operational mitoplasts fracture in the thickness of the crack displacement and the displacement capacity of the develop reservoir rocks is the migration of methane from coal seams. The authors conducted analytical studies allowed to determine the algorithm of the interdependence of the sizes of zones of geomechanical and gas-dynamic state in a rock mass disturbed by mining activities. These areas are components of a single thermodynamic system – a mountain range. Associated with respect to the elements of the system to Express a range of intensities («degrees») of system parameters that in reality are embodied in several consecutive clearly different specifications or conditions of quality. Spatial relationships underlying the systemic organization of the species – the most important of those that create real value, structural oformlennoe, determine the sequence of state changes of this system. Studies have shown that the structure of the system of rocks under anthropogenic impact on it obeys a clear mathematical law, independent of the effects on him.

Keywords

Zones of the geo-mechanical condition, underwoking, gas dynamics, mountain range, decontamination, gas permeability, the gas line system.

Issue number: 7
Year: 2016
ISBN:
UDK: 622.284.74
DOI:
Authors: Lis S. N., Varekha Zh. P.

About authors: Varekha Zh.P., Candidate of Technical Sciences, Head of Laboratory, e-mail: snlis@yandex.kz, Lis S.N., Senior Researcher, e-mail: snlis@yandex.kz, Limited Liability Company «Institute of Comprehensive Exploitation of Mineral Resources», 100019, Karaganda, Kazakhstan.

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