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火焰原子吸收光谱法测定低品位金矿石中金
- 作者：
- 杨德明|申宁|王倩
- 作者单位：
- 青海省第六地质勘查院&都兰金辉矿业有限公司&青海省金矿资源开发工程技术研究中心|青海省第六地质勘查院&都兰金辉矿业有限公司&青海省金矿资源开发工程技术研究中心|青海省第六地质勘查院&都兰金辉矿业有限公司&青海省金矿资源开发工程技术研究中心
基金项目：
- 四川省区域创新合作项目（22QYCX0061）
详细信息：
- 作者简介：
- 杨德明（1987—），男，工程师，从事实验测试与分析工作；E-mail：421543759@qq.com
- 通讯作者：
- isnull
- PDF下载
Determination of gold in low-grade gold ores by flame atomic absorption spectrometry
- English Author：
- Qinghai 6th Institute of Geology and Mineral Exploration&Dulan Jinhui Mining Co.,Ltd.&Engineering and Technology Research Center for the Development of Gold Mining Resources in Qinghai Province|Qinghai 6th Institute of Geology and Mineral Exploration&Dulan Jinhui Mining Co.,Ltd.&Engineering and Technology Research Center for the Development of Gold Mining Resources in Qinghai Province|Qinghai 6th Institute of Geology and Mineral Exploration&Dulan Jinhui Mining Co.,Ltd.&Engineering and Technology Research Center for the Development of Gold Mining Resources in Qinghai Province
- Unit：
- 摘要
- 在线预览
- 参考文献
摘要:
采用火焰原子吸收光谱法测定低品位金矿石中金，从加工粒度、焙烧条件、活性炭吸附回收率和原子吸收分光光度计期间核查等4个方面进行最优测定条件的探究，分析了低品位金矿石测试分析过程中的相关误差来源，并进一步优化了实验测试方法和流程，提高了测试数据的稳定性。本方法测定结果的相对标准偏差（n=10)小于1 %，准确度和精密度较高，且简单、实用，满足矿山生产技术指标测定需求。
关键词:
金矿石；低品位；火焰原子吸收光谱法；加工粒度；活性炭吸附
Abstract:
Flame atomic absorption spectrometry was used to determine gold in low-grade gold ore.The optimal measurement conditions were explored from 4 aspects:processing particle size,roasting conditions,activated carbon adsorption recovery rate,and atomic absorption spectrophotometer verification during experiments.The sources of relevant errors in the analysis process of low-grade gold ore were analyzed,and the experimental testing method and process were further optimized to improve the stability of the testing data.The method has high accuracy and precision,with a relative standard deviation (n=10) of less than 1 %,and is simple,practical,and suitable for the measurement requirements of mining production technical indicators.
Keywords:
gold ore;low grade;flame atomic absorption spectrometry;processing particle size;activated carbon adsorption
