摘要
针对冶金行业中金属材料分析的复杂性,聚焦于微波加热消解技术在金属材料样品前处理中的应用。由于传统的样品制备方法存在耗时长、易受人为因素影响以及精度不高等问题,采用了微波加热消解技术,以期提高样品处理效率和分析精度。使用2450 MHz频率的微波消解仪器进行样品处理,探讨了该技术在不同类型金属材料样品前处理中的效果。研究结果表明:微波加热消解技术能有效减少样品处理时间,同时提高分析结果的精度和重复性,对提升冶金材料分析的整体质量具有显著作用。
In response to the complexity of metal material analysis in the metallurgical industry,this paper focuses on the application of microwave heating digestion technology in the pre-treatment of metal material samples.Due to the problems of long time consumption,susceptibility to human factors,and low accuracy in traditional sample preparation methods,microwave heating and digestion technology has been adopted to improve sample processing efficiency and analytical accuracy.The sample processing was carried out using a microwave digestion instrument with a frequency of 2450 MHz,and the effectiveness of this technology in the pre-treatment of samples of different types of metal materials was explored.The research results indicate that microwave heating and digestion technology can effectively reduce sample processing time,while improving the accuracy and repeatability of analysis results,and has a significant effect on improving the overall quality of metallurgical material analysis.
作者
于鑫
谢东伟
Yu Xin;Xie Dongwei(Shandong Haike Innovation Research Institute Co.,Ltd.,Dongying Shandong 257000,China)
出处
《山西冶金》
CAS
2024年第5期203-205,共3页
Shanxi Metallurgy
关键词
冶金
金属材料
微波
加热消解
metallurgy
metal materials
microwave
heating digestion
