提高岩盐掘进机机械化采盐道技术经济效益

I. Onica, D. Marian, Viorel Mihăilescu
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引用次数: 1

摘要

随着开采深度的增加和应力应变的隐式状态决定了阻力结构(柱和顶板)尺寸的增加。此外,炸药爆炸产生的地震效应也会导致结构的退化。为了减少钻爆技术的破坏作用,提出了采用掘进机机械化切盐技术的方案。本文强调了新区下位开采的技术经济实施优势,即掘进机机械化开采相对于传统钻爆技术的技术经济实施优势。
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Improving Technical-Economical Performance at Praid Saline Way of Rock Salt Roadheader Mechanized Mining
Abstract Increasing the mining depth at Praid Saline and implicitly the state of stresses and strains determines an increase in the dimensions of resistance structures (pillars and ceilings). Furthermore, the seismic effect generated by the detonation of explosives contributes to the degradation of resistance structures. In order to reduce the destructive effect of drilling-blasting technology a proposal is made for the implementation of mechanized salt cutting technology which makes use of a roadheader. This article emphasizes the technical-economical implementation advantages of exploitation from the lower horizons of the New Sector, those of mechanized mining with a roadheader as opposed to the classical technology of drilling-blasting.
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