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Analysis of the Yuntaishan Geology by Laser-induced Breakdown Spectroscopy

机译:云台山地质的激光击穿光谱分析

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摘要

The plasma was generated by focusing a pulsed Nd:YAG laser at 1064nm on the surface of sample and detected by an echelle spectrograph and an intensified charge coupled device(ICCD).The qualitative analysis of the spring rock and soil were performed using laser induced breakdown spectroscopy(LIBS).The Ca and Mg elements were found to be in spring comparing the spectra of spring and purified water.Measured the spectra of Zhuyufeng rock and Tanpuxia rock indicated a significant difference between the concentrations of tWO rocks.There were more compositions in Tanpuxia rock than that of Zhuyufeng rock.Furthermore,the experiments of Zhuyufeng soil and the soil near the Southern Central University for Nationalities (SCUEC)were carried on.The result demonstrated that Ni element that is needfull tO plant was included in Zhuymcng soil, and Zn、Cu and Hg were found in the soil near SCUEC.
机译:通过在样品表面聚焦1064nm的Nd:YAG脉冲激光产生等离子体,并通过echelle光谱仪和增强电荷耦合装置(ICCD)进行检测。使用激光诱导击穿对弹簧岩和土壤进行定性分析。比较春季和纯净水的光谱,发现钙和镁元素存在于春季。对竹鱼峰岩和坦普峡岩的光谱测量表明,两种岩石的浓度之间存在显着差异。此外,还进行了竹yu峰土壤和南部中央民族大学附近土壤的试验。结果表明,竹ym土壤中含有植物所必需的镍元素,并且在SCUEC附近的土壤中发现了Zn,Cu和Hg。

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