Multivariate statistical analyses for Fe-Ti-V oxide ore deposit in Wajilitag area of Tarim Basin and its application for metallogenic prediction

The giant Wajilitag Fe-Ti-V oxide ore deposit outcropping in the Bachu area of Tarim Basin, is closely linked with the formations of the Early Permian Tarim Large Igneous Province. The correlations of major elements and metal elements(Fe, Ti and V) of the rock and ore samples from both outcrops and...

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Published inZhejiang da xue xue bao. Journal of Zhejiang University. Sciences edition. Li xue ban Vol. 43; no. 6; pp. 716 - 725
Main Authors Zhao, Yali, Liu, Haoying, Li, Zilong, Zou, Siyuan, Sun, Haowei, Li, Yinqi, Yang, Shufeng, Chen, Hanlin, Cheng, Jun
Format Journal Article
LanguageChinese
Published Zhejiang University Press 01.11.2016
Subjects
Correlation analysis
Enrichment
Iron
Mathematical analysis
Matlab
Mineral deposits
Oxides
spss
Titanium
回归分析
塔里木大火成岩省
成矿预测
相关分析
钒钛磁铁矿
Online AccessGet full text
ISSN1008-9497
DOI10.3785/j.issn.1008-9497.2016.06.017

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Abstract The giant Wajilitag Fe-Ti-V oxide ore deposit outcropping in the Bachu area of Tarim Basin, is closely linked with the formations of the Early Permian Tarim Large Igneous Province. The correlations of major elements and metal elements(Fe, Ti and V) of the rock and ore samples from both outcrops and drill holes were studied by multivariate statistical analyses. The relationship between Fe-Ti and major elements was studied by the method of correlation analysis and regression analysis using the SPSS software. Correlation analysis of the drill hole data shows that Fe, Ti and V contents have positive correlations with each other. The equation of V=-4.984+0.360 Fe+0.984Ti among Fe, Ti and V elements is also established to predict vanadium content when Fe and Ti contents are known. The Fe-Ti-V three-dimensional cubic charts are drawn to establish the spatial distribution mode and predict the potential ore body using the visualization of Matlab. Our study shows that the contents of Fe sub(2) O sub(3T),TiO sub(2) and
AbstractList 塔里木巴楚县瓦吉里塔格地区出露有与塔里木早二叠世大火成岩省的形成密切相关的大型钒钛磁铁矿床.基于多元统计分析对该矿区露头和大量钻孔岩心样品中Fe-Ti-V元素和部分主量元素数据开展了元素地球化学相关性研究.采用SPSS软件对大量数据进行相关分析和回归分析，计算各元素间的相关系数，Fe、Ti、V 3种元素的相关性分析结果表明：矿床中Fe、Ti和V之间均呈正相关，成矿元素与造岩元素之间存在负相关关系；建立伴生钒元素与铁和钛元素之间关系的回归方程V=-4. 984 + 0. 360 Fe+0. 984 Ti，由Fe和Ti元素质量分数可以估算伴生组分V的质量分数.利用Matlab软件的可视化功能，绘制了 Fe-Ti-V元素质量分数的三维立体图，建立空间模型，发现Fe2O3T、TiO2和V2O5品位较高的位置相对一致，均主要分布于研究区北部中间一带，富集在辉石岩中.该空间模型的建立有助于识别矿体和非矿体的分布范围和富集趋势，并进行成矿预测.此项研究对钒元素含量的精确估算和矿藏勘探有一定的指导意义.
The giant Wajilitag Fe-Ti-V oxide ore deposit outcropping in the Bachu area of Tarim Basin, is closely linked with the formations of the Early Permian Tarim Large Igneous Province. The correlations of major elements and metal elements(Fe, Ti and V) of the rock and ore samples from both outcrops and drill holes were studied by multivariate statistical analyses. The relationship between Fe-Ti and major elements was studied by the method of correlation analysis and regression analysis using the SPSS software. Correlation analysis of the drill hole data shows that Fe, Ti and V contents have positive correlations with each other. The equation of V=-4.984+0.360 Fe+0.984Ti among Fe, Ti and V elements is also established to predict vanadium content when Fe and Ti contents are known. The Fe-Ti-V three-dimensional cubic charts are drawn to establish the spatial distribution mode and predict the potential ore body using the visualization of Matlab. Our study shows that the contents of Fe sub(2) O sub(3T),TiO sub(2) and
Author Zou, Siyuan
Zhao, Yali
Li, Zilong
Sun, Haowei
Li, Yinqi
Chen, Hanlin
Yang, Shufeng
Liu, Haoying
Cheng, Jun
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Snippet The giant Wajilitag Fe-Ti-V oxide ore deposit outcropping in the Bachu area of Tarim Basin, is closely linked with the formations of the Early Permian Tarim...
塔里木巴楚县瓦吉里塔格地区出露有与塔里木早二叠世大火成岩省的形成密切相关的大型钒钛磁铁矿床.基于多元统计分析对该矿区露头和大量钻孔岩心样品中Fe-Ti-V元素和部分主...
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SubjectTerms Correlation analysis
Enrichment
Iron
Mathematical analysis
Matlab
Mineral deposits
Oxides
spss
Titanium
回归分析
塔里木大火成岩省
成矿预测
相关分析
钒钛磁铁矿
Title Multivariate statistical analyses for Fe-Ti-V oxide ore deposit in Wajilitag area of Tarim Basin and its application for metallogenic prediction
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