摘要
在矿山资源进行正式开采之前,必须做好更加严格的地质实验测试工作,这样做的目的是为了更好的了解开采区域的具体地质情况,以便于工作人员制定更加合理的开采方案,有效地提升整体的资源利用率。传统的测试方法已无法适应现代化矿山工作存在的复杂性问题。所以,必须针对技术进行相应的改进及创新,只有这样才能够更好地降低实验结果误差,为后续工作提供相应的支持。因此,本篇文章主要针对矿山地质实验测试当中的原子吸收分析法作为重点研究,希望能够更好地为相关工作人员提供一定的帮助。
Before the formal exploitation of mining resources,it is necessary to carry out stricter geological experimental testing work.The purpose of doing so is to better understand the specific geological conditions of the mining area,so that staff can formulate more reasonable mining plans and effectively improve the overall resource utilization rate.It is obvious that traditional testing methods are no longer able to adapt to the complexity of modern mining work,so it is necessary to make corresponding improvements and innovations in technology.Only in this way can we better reduce the error of experimental results and provide corresponding support for subsequent work.Therefore,in this article,the main focus will be on the atomic absorption analysis method in mining geological experimental testing,hoping to provide better assistance to relevant personnel.
作者
海燕兴
HAI Yan-xing(Yunnan Gold Mining Group Precious Metals Testing Co.,Ltd,Kunming 650000,China)
出处
《世界有色金属》
2024年第7期34-36,共3页
World Nonferrous Metals
关键词
矿山地质
实验测试
原子吸收分析法
mining geology
Experimental testing
Atomic absorption analysis method
