摘要
随着工业化快速发展,稀有金属市场需求激增,岩矿中稀有金属元素检测成为矿产资源开发的关键。自动矿物分析技术融合光谱分析、数字成像与智能算法,将样品处理、显微观测、数据采集、成分分析等环节有机整合,构建多维度矿物特征数据库,可以在复杂地质环境中实现稀有金属元素的原位识别与定量分析。该技术在矿产检测领域已形成规模化应用,显著提升了检测的效率与精度,为地质勘探、矿石质量控制和矿藏评价提供科学依据,对精准解析稀有金属元素赋存规律、推动绿色矿山建设和高新技术材料开发意义重大。
With the rapid development of industrialization,the demand for rare metal markets has surged,and the detection of rare metal elements in rocks and minerals has become a key factor in mineral resource development.Automatic mineral analysis technology integrates spectral analysis,digital imaging,and intelligent algorithms to organically integrate sample processing,microscopic observation,data acquisition,and composition analysis.By constructing a multidimensional mineral feature database,in-situ identification and quantitative analysis of rare metal elements can be achieved in complex geological environments.This technology has been widely applied in the field of mineral detection,significantly improving detection efficiency and accuracy,providing scientific basis for geological exploration,ore quality control,and mineral evaluation.It is of great significance for accurately analyzing the occurrence laws of rare metal elements,promoting the construction of green mines,and developing high-tech materials.
作者
熊巍
蒋婷婷
XIONG Wei;JIANG Tingting(Experimental Testing Brigade of Jiangxi Geological Bureau,Nanchang,Jiangxi Province,330000 China)
出处
《科技资讯》
2025年第24期111-113,共3页
Science & Technology Information
关键词
自动矿物分析技术
工作原理
岩矿
稀有金属元素鉴定
Automatic mineral analysis technology
Working principle
Rock and mineral resources
Identification of rare metal elements
