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野外地质勘探中矿山地质机械高效配套浅析

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本研究旨在探索矿山地质机械高效配套方法和途径,提高野外地质勘探的工作效率、质量与安全.文章采用文献综述与实地调研想结合的方法,分析了矿山地质机械使用现状,阐述高效配套策略的必要性,提出优化配套方案的具体措施.通过研究发现,矿山地质机械在野外勘探中普遍存在着机型单一、功能不全、效率低下等问题,不仅影响了勘探进度,还增加了成本和安全风险,高效配套策略的实施能够有解决相关问题,提升勘探作业的整体效能.矿山地质机械高效配套是提升野外地质勘探效率质量和安全的关键.为了实现高效配套,需要通过机型多元化、功能互补、优化操作流程、智能化技术应用等方法对配套方案进行优化,不断提升矿山地质机械的性能和功能,以满足日益复杂的勘探需求.本研究为优化野外地质勘探工作提供了一定的理论支持和实践指导,期望能够促进我国矿产资源的开发和利用.
Analysis of efficient matching of mining geological machinery in field geological exploration
The purpose of this study is to explore the efficient matching methods and ways of mine geological machinery,and improve the work efficiency,quality and safety of field geological exploration.Based on the method of literature review and field investigation,this paper analyzes the current situation of mining geological machinery,expounds the necessity of efficient supporting strategy,and puts forward specific measures to optimize supporting plan.Through the research,it is found that there are common problems such as single model,incomplete function and low efficiency in the field exploration of mining geological machinery,which not only affects the exploration progress,but also increases the cost and safety risks.The implementation of efficient supporting strategies can solve relevant problems and improve the overall efficiency of exploration operations.The efficient matching of mine geological machinery is the key to improve the quality and safety of field geological exploration efficiency.In order to achieve efficient matching,it is necessary to optimize the matching scheme by means of model diversification,functional complementarity,optimization of operation process,intelligent technology application and other methods,and constantly improve the performance and function of mine geological machinery to meet the increasingly complex exploration needs.This study provides some theoretical support and practical guidance for optimizing field geological exploration,and is expected to promote the development and utilization of mineral resources in China.

GeologyExplorationMinesMechanics

文波、李飞

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山东省煤田地质局第二勘探队,山东 济宁 272000

地质 勘探 矿山 机械 智能

2024

世界有色金属
有色金属技术经济研究院

世界有色金属

影响因子:0.138
ISSN:1002-5065
年,卷(期):2024.(7)