金属矿山
金屬礦山
금속광산
METAL MINE
2015年
1期
86-89
,共4页
张俊%朱明忠%李余生%吴信雍%张自贤
張俊%硃明忠%李餘生%吳信雍%張自賢
장준%주명충%리여생%오신옹%장자현
高燕锰矿%含锰岩系%相关性分析%地质地球化学特征
高燕錳礦%含錳巖繫%相關性分析%地質地毬化學特徵
고연맹광%함맹암계%상관성분석%지질지구화학특정
Gaoyan manganese ore%Manganese rock series%Correlation analysis%Geological and geochemical characteris-tics
以重庆市城口县高燕锰矿为研究对象,对ZK127-7#钻孔进行岩心编录,揭露的地层由上到下依次为第四系堆积物、震旦系上统灯影组(5-1段),震旦系下统陡山沱组2段,锰矿主要赋存于陡山沱组顶部,严格受地层产出控制。对含锰岩系进行系统采样,测试了包括Mn、Fe、P、SiO2、CaO、MgO、Al2 O3、LOI共8个指标。结果表明,各组分含量差异较大,SiO2与Al2 O3、Fe的含量分布形态一致,CaO、MgO、LOI含量分布形态则与其相反;相关性分析结果印证了各主分含量的一致性和差异性;Mn/Fe、SiO2/Al2 O3、Al/( Al+Fe+Mn)值表明,含锰岩系中的Mn在富集成矿过程中存在与Fe分离的现象,锰矿层形成于相对潮湿的气候环境中,且形成过程中有热水注入。
以重慶市城口縣高燕錳礦為研究對象,對ZK127-7#鑽孔進行巖心編錄,揭露的地層由上到下依次為第四繫堆積物、震旦繫上統燈影組(5-1段),震旦繫下統陡山沱組2段,錳礦主要賦存于陡山沱組頂部,嚴格受地層產齣控製。對含錳巖繫進行繫統採樣,測試瞭包括Mn、Fe、P、SiO2、CaO、MgO、Al2 O3、LOI共8箇指標。結果錶明,各組分含量差異較大,SiO2與Al2 O3、Fe的含量分佈形態一緻,CaO、MgO、LOI含量分佈形態則與其相反;相關性分析結果印證瞭各主分含量的一緻性和差異性;Mn/Fe、SiO2/Al2 O3、Al/( Al+Fe+Mn)值錶明,含錳巖繫中的Mn在富集成礦過程中存在與Fe分離的現象,錳礦層形成于相對潮濕的氣候環境中,且形成過程中有熱水註入。
이중경시성구현고연맹광위연구대상,대ZK127-7#찬공진행암심편록,게로적지층유상도하의차위제사계퇴적물、진단계상통등영조(5-1단),진단계하통두산타조2단,맹광주요부존우두산타조정부,엄격수지층산출공제。대함맹암계진행계통채양,측시료포괄Mn、Fe、P、SiO2、CaO、MgO、Al2 O3、LOI공8개지표。결과표명,각조분함량차이교대,SiO2여Al2 O3、Fe적함량분포형태일치,CaO、MgO、LOI함량분포형태칙여기상반;상관성분석결과인증료각주분함량적일치성화차이성;Mn/Fe、SiO2/Al2 O3、Al/( Al+Fe+Mn)치표명,함맹암계중적Mn재부집성광과정중존재여Fe분리적현상,맹광층형성우상대조습적기후배경중,차형성과정중유열수주입。
Taking the Gaoyan manganese ore in Chengkou county,Chongqing city as the research object,the core logging for No. ZK127-7# drill core is carried out. The revealed strata from the drill core are quaternary sediments,Dengying formation of upper sinian system and Doushantuo formation of lower sinian system from top to bottom. Manganese ore mainly occurs at the top of the Doushantuo formation,and it is strictly controlled by the output of the strata. The manganese ore series are systemati-cally sampled so as to survey the concentrations of Mn,Fe,P,SiO2 ,CaO,MgO,Al2 O3 and LOI. The research shows that,there are great differences among the content of each component,the content distribution form of SiO2 is similar to that of Al2 O3 and Fe and opposite to that of MgO,CaO or LOI. The characteristics of consistency and difference of each component are confirmed by the correlation analysis results of different components. The elements ratio value of Mn/Fe,SiO2/Al2 O3 and Al/( Al+Fe+Mn) indicated that, the separation phenomenon of Mn and Fe in manganese rock series appears during the mineralization process. Manganese ore layer is formed in a humid environment with hydrothermal injection.