首页> 外文期刊>Geochemistry: Interdisciplinary Journal for Chemical Problems of the Geosciences and Geoecology >Application of multifractal modeling technique in systematic geochemical stream sediment survey to identify copper anomalies: A case study from Ahar, Azarbaijan, Northwest Iran
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Application of multifractal modeling technique in systematic geochemical stream sediment survey to identify copper anomalies: A case study from Ahar, Azarbaijan, Northwest Iran

机译:多重分形建模技术在系统化探流沉积物调查中识别铜异常的应用:以伊朗西北部阿扎拜疆阿哈尔为例

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摘要

This research is based on the application of stream sediments to mineral exploration. Identifying the geochemical anomalies from background is a fundamental task in exploration geochemistry. This paper applied the element concentration-area (C-A) model, to separating the geochemical anomalies from background based on a fractal approach and for the compilation of geochemical mapping from stream sediment samples (n = 620) of the Ahar region (Iran), where some Cu mineralization occurs. Comparisons of the known copper occurrences against the anomalous area created using thresholds from C-A method illustrate these hits. All of known Cu mineralizations and moreover defines two extra Cu anomaly districts. Additional sampling (n = 186) around new Cu anomaly confirms this anomaly within the district.
机译:该研究基于河流沉积物在矿物勘探中的应用。从背景中识别地球化学异常是勘探地球化学的基本任务。本文应用分形元素浓度区域(CA)模型,基于分形方法将地球化学异常与背景分离,并从伊朗Ahar地区(n = 620)的河流沉积物样本(n = 620)编制地球化学图谱。一些铜矿化发生。使用C-A方法的阈值创建的已知铜矿与相对异常区域的比较说明了这些问题。所有已知的铜矿化,而且还定义了两个额外的铜异常区。在新的铜异常周围进行的额外采样(n = 186)确认了该区域内的这种异常。

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