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作 者:崔少志 Cui Shaozhi(CNBM Geological Engineering Exploration Academy Co.,Ltd.,Beijing,China)
出 处:《科学技术创新》2025年第12期129-132,共4页Scientific and Technological Innovation
摘 要:我国作为矿产资源大国,矿产种类多、总量大,但人均占有量不足,且存在富矿少、贫矿多,伴生矿多、分选难度大,矿产资源多受地质条件、环境因素及技术水平等的限制,导致矿产资源利用率较低。为进一步提高矿产资源开采效率与质量,本文以实际工程为研究背景,深入分析了开采前的勘察工作重点以及矿山开采条件评价等内容。文中明确了勘察工作的布置与成果,并依托于勘察成果计算矿区涌水量、边坡稳定性和岩体质量分级等开采条件,明确了矿区开采工作中的潜在风险。本文研究内容可为后续开发工作提供数据支持,并为矿山勘察工作提供借鉴。China as a large country of mineral resources,mineral variety,the total amount of large,but the per capita possession is insufficient,and there are few rich minerals,poor minerals,associated minerals,sorting difficulty,and mineral resources are mostly subject to geological conditions,environmental factors and technical level and other limitations.In order to further improve the efficiency and quality of mineral resources mining,this paper takes the actual engineering as the research background,and deeply analyzes the key points of the survey work before mining and the mining conditions.The paper analyzes the arrangement and results of the survey work,and calculates the water influx,slope stability and rock quality grading based on the survey results,and clarifies the potential risks in the mining work.The research content of this paper can provide data support for the subsequent development work,and provide reference for the mine survey work.
关 键 词:矿产资源 勘察 水文地质条件 涌水量 稳定性分析
分 类 号:P624[天文地球—地质矿产勘探]
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