CSAMT与土壤氡气测量在砂岩型铀矿勘查中的应用:以内蒙古巴音杭盖地区为例
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摘要
砂岩型铀矿是我国目前铀矿勘查中最重要的类型之一,北方中新生代盆地有寻找砂岩型铀矿的广阔前景。由于其埋深大、上覆沉积泥岩层较厚,常规物化探方法在该类型铀矿的应用效果不佳。本文在二连盆地巴音杭盖地区开展了可控源音频大地电磁测量(CSAMT)和土壤氡气测量,在重点异常地段进行了CSAMT正反演和土壤氡气抽气试验,然后对推测的砂体和土壤氡气异常部位进行钻孔揭露,结果表明砂体厚度和位置与CSAMT推测较为一致,并发现了好的铀矿化线索。该方法为该地区下一步砂岩型铀矿地质勘查提供了有效的依据,对我国北方砂岩型铀矿开展地球物理工作有一定的借鉴和指示意义。
Sandstone type uranium deposits are one of the most important types encountered during uranium exploration in our country at present,which have broad prospects in the Mesozoic-Cenozoic basins in northern China. Due to their large burial depth and thick overlying sedimentary mudstone,conventional geophysical and geochemical methods are not very effectiv for prospecting these uranium deposits. To solve this problem,we attempted to use jointly the controlled source audio magnetotelluric( CSAMT) method and soil radon measurement to conduct such surveys,taking the Bayinhanggai area in the Erlian Basin,Inner Mongolia as an experimental site. At the chosen anomaly sections,forward modeling and inversion of CSAMT data and soil radon aspiration tests were carried out. Then the soil radon anomalies and inferred sand bodies were examined by drilling. The results show that thickness and positions of the sand bodies from soil radon data are in good agreement with that from CSAMT,providing a good clue of uranium mineralization. It provides an effective basis for the next step of geological exploration of sandstone type-uranium deposits in this area,and can shed light on geophysical surveys for sandstone-type uranium deposits in the north of China.
Sandstone type uranium deposits are one of the most important types encountered during uranium exploration in our country at present,which have broad prospects in the Mesozoic-Cenozoic basins in northern China. Due to their large burial depth and thick overlying sedimentary mudstone,conventional geophysical and geochemical methods are not very effectiv for prospecting these uranium deposits. To solve this problem,we attempted to use jointly the controlled source audio magnetotelluric( CSAMT) method and soil radon measurement to conduct such surveys,taking the Bayinhanggai area in the Erlian Basin,Inner Mongolia as an experimental site. At the chosen anomaly sections,forward modeling and inversion of CSAMT data and soil radon aspiration tests were carried out. Then the soil radon anomalies and inferred sand bodies were examined by drilling. The results show that thickness and positions of the sand bodies from soil radon data are in good agreement with that from CSAMT,providing a good clue of uranium mineralization. It provides an effective basis for the next step of geological exploration of sandstone type-uranium deposits in this area,and can shed light on geophysical surveys for sandstone-type uranium deposits in the north of China.
引文
Chen Zhaobo,Zhao Fengmin.2002.Formation model and prospecting in China of in-situ leachable sandstone-type uranium[J].Overseas Uranium and Gold Geology,19(3):127-130(in Chinese)．
Gao Hongcan,Zheng Rongcai,Xiao Bin,Liu Yun,Luan Yanchun,Liu Hongli.2018.Sequence stratigraphy of the Lower Cretaceous Aershan Duhongmu Formation in Baiyinchagan Sag,Erlian Basin[J].Geology in China,45(2):286-303(in Chinese with English abstract)．
Han Shaoyang,Hou Huiqun,Yao Shancong,Cheng Jixing,Ke Dan.2004.Study of techniques for prospecting and exploration of in-situ leachable sandstone-type uranium in China[J].Uranium Geology,20(5):307-314(in Chinese with English abstract)．
He Jishan.1990.Controlled source audio magnetotelluric method[M].Changsha:Central south University Press:1-4(in Chinese)．
Jin Dagan,Wu Rengui,Chen Peirong.2004.Geology of uranium resources[M].Harbin:Harbin Engineering University Press:1-5(in Chinese)．
Kang Fangping,Liu Jianxin,Hang Zhongji,Zhuan Zheng.2017.Using the integrated electrical method to detetc geothermal resources in Taipingwei of Qiyang County,Hunan Province[J].Geology and Exploration,53(6):1155-1158(in Chinese with English abstract)．
Li Baoxia,Zheng Kewen,Wei Guanhui.2002.Study of uranium metallogenetic circumstance and metallogenetic prospective area selection in Chuanjin depression,Erlian Basin[J].Uranium Geology,18(2):78-83(in Chinese)．
Li Mao,Du Jiannong.2008.The application of CSAMT method to the exploration of sand body[J].Uranium Geology,24(2):119-122(in Chinese)．
Liu Bo,Yang Jianxin,Qin Yanwei,Qiao Peng,Zheng Feng.2016.Research on the ore-controlling genetic facies of the sandstone type uranium deposits in the Paleovalley of Saihan Formation of the Erlian Basin[J].Geology and Exploration,52(6):1037-1038(in Chinese with English abstract)．
Liu Bo,Yang Jiangxin,Qiao Baocheng,Zhang Feng.2015.Characteristics ore-controlling genesis facies and prospect prediction of sandstone-type uranium deposits in the Tengger depression,Inner Mongolia[J].Geology and Exploration,51(5):870-878(in Chinese with English abstract)．
Liu Wusheng,Li Bihong,Shi Qingping,Jia Licheng,Zhao Xingqi.2015.Model and application of radon anomaly in soil of sandstone type uranium deposits in Erlian Basin[J].Geophysical and Geochemical Exploration,39(2):234-239(in Chinese with English abstract)．
Liu Wusheng,Zhao Xingqi,Shi Qingping,Zhang Zinan.2017.Research on relationship of oil-gas and sandstone-type uranium mineralization of northern China[J].Geology in China,44(2):279-287(in Chinese with English abstract)．
Liu Yanyang,Liu Qingcheng,Zhang Zhiyong.2006.The abnorm ity compare of radon and its daughters survey on sandstone-type uranium deposits[J].Journal of East China Institute of Technology,29(4):314-318(in Chinese with English abstract)．
Lu Chao,Jiao Yangquan,Peng Yunbiao,Wu Liqun,Miao Aisheng,Rong Hui,Xie Huili.2018.Paleo-interlayer oxidation zone identification and spatial localization prediction in Daying area[J].Geology in China,45(6):1228-1240(in Chinese with English abstract)．
Meng Fangxing,Nie Bin,Qiu Chongtao,He Xinxin.2016.The application of comprehensive geophysical method to uranium exploration in Lujing red basin[J].Geophysical and Geochemical Exploration,40(1):21-26(in Chinese with English abstract)．
Mi Xiaoli,Jiang,Wen Bo,Li Weili,Yang Yunjian,Li Qing.2017.Application of the electromagnetic method in the exploration of sandstonetype uranium deposits in Yimeng uplift area of the Ordos Basin[J].Geology and Exploration,53(3):541-543(in Chinese with English abstract)．
Ni Qinghui,Li Dajun.2017.Application of integrated geophysical exploration to tectonic-unit division in the southern Tuanyusan area[J].Geology and Exploration,53(6):1140-1147(in Chinese with English abstract)．
Qin Mingkuai,Zhao Ruiquan,Wang Zhengbang.1999.Recognition model for in-situ leachable sandstone-type uranium deposit[J].Uranium Geology,15(3):129-136(in Chinese with English abstract)．
Peng Yunbiao,Liu Bo,Qin Yanwei,Yan Xiaobo.2018.Constraints of tectonic evolution on sandstone-type uranium metallogenesis in the Chuanjin depression,Erlian Basin[J].Geology and Exploration,54(5):917-928(in Chinese with English abstract)．
Shen Kekuai,Yang Jianxin,Hou Shuren,Dai Mingjian,Li Hongjun.2014.Uranium prospecting breakthrough,achievement expanding and prospecting orientation in main Mesozoic sedimentary uranium basins of Inner Mongolia[J].Geology in China,41(4):1304-1313(in Chinese)．
Shi Kunfa,He Jishan.2005.Controlled source audio magnetotelluric method theory and application[M].Beijing:Science and Technology Press:2-290(in Chinese)．
Tang Jingtian,Zhou Cong,Deng Xiao.2010.Identification and discrimination of the horizontal layered by using CSAMT apparent resistivity cures[J].Geology and Exploration,46(6):1079-1086(in Chinese with English abstract)．
Wang Haofeng,Liu Bo,Chen Shuang,Chen Fengxing,Xue Wenhao.2019.Application of integrated geophysics surveys to exploration of sedimenary rock type uranium in the Erlian Basin[J].Geology and Exploration,55(1):127-134(in Chinese with English abstract)．
Wang Weiguo,Zhou Lianyong,Wang Jia,Cai Jianfang.2015.Application of comprehensive geophysical exploration in Tongliao area of south Songliao Basin[J].Uranium Geology,31(6):593-599(in Chinese)．
Wang Yan,Lin Jun,Zhou Fengdao,Zhang Wenxiu.2009.Study of resolution and method of CSAMT for the deep low-resistivity[J].Journal of China University of Mining and Technology,38(1):86-90(in Chinese)．
Wang Zhihong,Yang Jin,Shan Keshe.2005.The application of CSAMT to the exploration of in-situ leachable sandstone-type uranium[J].Geophysical and Geochemical Exploration,29(3):227-229(in Chinese)．
Xu Guangchun.2011.A discussion on some problems concerning practical application of CSAMT method[J].Geophysical and Geochemical Exploration,35(6):809-811(in Chinese with English abstract)．
Zhang Jingdai.2012.Progress and outlook of uranium exploration in Meso-Cenozoic basins in North China[J].Uranium Geology,28(4):193-198(in Chinese with English abstract)．
Zhang Guohong,Li Heren.2010.The test result of the controlled source audio frequency magnetotelluric method in the prospecting for deep ore deposits[J].Geology and Exploration,34(1):66-70(in Chinese with English abstract)．
Zhou Puhong,Zhou Hui,Hu Huaqing,Li Jianliang.2017.Prospecting potential at depth of the Taohua gold deposit in Guangxi:An analysis based on CSAMT survey[J].Geology and Exploration,53(4):746-754(in Chinese with English abstract)．
Zhang Ye.1993.Radioactive method exploration[M].Beijing:Atomic Press:224-258(in Chinese)．
陈肇博，赵凤民．2002．可地浸型铀矿床的形成模式和在中国的找矿前景[J]．国外铀金地质，19(3):127-130．
高红灿，郑荣才，肖斌，刘云，栾艳春，刘虹利．2018．二连盆地白音查干凹陷下白垩统阿尔善组-都红木组层序地层[J]．中国地质，45(2):286-303．
韩绍阳，侯惠群，腰善丛，程纪星，柯丹．2004．我国可地浸砂岩型铀矿勘查方法技术研究[J]．铀矿地质，20(5):307-314．
何继善．1990．可控源音频大地电磁测深[M]．长沙:中南工业大学出版社:1-4．
金达淦，吴仁贵，陈培荣．2004．铀资源地质学[M]．哈尔滨:哈尔滨工程大学出版社:1-5．
康方平，柳建新，韩中骥，邓专．2017．综合电法在湖南祁阳太平圩地热资源勘查中的应用[J]．地质与勘探，53(6):1155-1158．
李保侠，郑克文，魏观辉．2002．二连盆地川井坳陷铀成矿环境及成矿有利地段研究[J]．铀矿地质，18(2):78-83．
李茂，杜建农．2008.CSAMT法在砂体探测中的应用初探[J]．铀矿地质，24(2):119-122．
刘波，杨建新，秦彦伟，乔鹏，张锋．2016．二连盆地中东部赛汉组古河谷砂岩型铀矿床控矿成因相研究[J]．地质与勘探，52(6):1037-1038．
刘波，杨建新，乔宝成，张锋．2015．腾格尔坳陷砂岩型铀矿控矿成因相特征及远景预测[J]．地质与勘探，51(5):870-878．
刘武生，李必红，史清平．2015．二连盆地砂岩型铀矿土壤氡异常模型及应用[J]．物探与化探，39(2):234-239．
刘武生，赵兴齐，史清平，张梓楠．2017．中国北方砂岩型铀矿成矿作用与油气关系研究[J]．中国地质，44(2):279-287．
刘艳阳，刘庆成，张志勇．2006．砂岩型铀矿氡及其子体测量异常特征[J]．东华理工大学学报，29(4):314-318．
鲁超，焦养泉，彭云彪，吴立群，苗爱生，荣辉，谢惠丽．2018．大营地区古层间氧化带识别与空间定位预测[J]．中国地质，45(6):1228-1240．
孟凡兴，聂斌，邱崇涛．2016．综合物探测量在鹿井红盆地区铀矿勘查中的应用[J]．物探与化探，40(1):21-26．
米晓利，江汶波，李伟丽，杨云见，李清．2017．高频电磁法在鄂尔多斯盆地伊盟隆起区砂岩型铀矿勘探中的应用[J]．地质与勘探，53(3):541-543．
倪晴晖，李大俊．2017．综合地球物理勘探方法在团鱼山南部地区构造划分中的应用[J]．地质与勘探，53(6):1140-1147．
秦明宽，赵瑞全，王正邦．1999．可地浸砂岩型铀矿盲矿识别模式[J]．铀矿地质，15(3):129-136．
彭云彪，刘波，秦彦伟，颜小波．2018．二连盆地川井坳陷构造演化对砂岩型铀矿成矿作用的约束[J]．地质与勘探，54(5):917-928．
申科峰，杨建新，侯树仁，戴明建，李洪军．2014．内蒙古中新生代主要含铀沉积盆地找矿突破技术思路及其成果扩大方向[J]．中国地质，41(4):1304-1313．
石昆法，何继善．2005．可控源音频大地电磁法理论与应用[M]．北京:科学出版社:2-290．
汤井田，周聪，邓晓．2010.CSAMT视电阻率曲线对水平层状大地的识别与分辨[J]．地质与勘探，46(6):1079-1086．
王浩锋，刘波，陈霜，陈凤兴，薛文浩．2019．综合物探测量在二连盆地沉积岩型铀矿勘查中应[J]．地质与勘探，55(1):127-134．
王卫国，周连永，王甲，蔡建方．2015．综合地球物理勘探在松辽盆地通辽地区的应用[J]．铀矿地质，31(6):593-599．
王艳，林君，周逢道，张文秀．2009.CSAMT法深部低阻分辨能力及方法研究[J]．中国矿业大学学报，38(1):86-90．
王志宏，杨进，山科社．2005.CSAMT在可地浸砂岩型铀矿勘查中的应用[J]．物探与化探，29(3):227-229．
许广春．2011.CSAMT法在实际应用中的若干问题[J]．物探与化探，35(6):809-811．
张金带．2012．中国北方中新生代沉积盆地铀矿勘查进展和展望[J]．铀矿地质，28(4):193-198．
张国鸿，李仁和．2010．可控源音频大地电磁测深找矿实验效果[J]．物探与化探，34(1):66-70．
周普红，周辉，胡华清，李建良．2017．广西桃花金矿床深部找矿前景分析-基于CSAMT测量[J]．地质与勘探，53(4):746-754．
章晔．1993．放射性方法勘查[M]．北京:原子能出版社:224-258.
Gao Hongcan,Zheng Rongcai,Xiao Bin,Liu Yun,Luan Yanchun,Liu Hongli.2018.Sequence stratigraphy of the Lower Cretaceous Aershan Duhongmu Formation in Baiyinchagan Sag,Erlian Basin[J].Geology in China,45(2):286-303(in Chinese with English abstract)．
Han Shaoyang,Hou Huiqun,Yao Shancong,Cheng Jixing,Ke Dan.2004.Study of techniques for prospecting and exploration of in-situ leachable sandstone-type uranium in China[J].Uranium Geology,20(5):307-314(in Chinese with English abstract)．
He Jishan.1990.Controlled source audio magnetotelluric method[M].Changsha:Central south University Press:1-4(in Chinese)．
Jin Dagan,Wu Rengui,Chen Peirong.2004.Geology of uranium resources[M].Harbin:Harbin Engineering University Press:1-5(in Chinese)．
Kang Fangping,Liu Jianxin,Hang Zhongji,Zhuan Zheng.2017.Using the integrated electrical method to detetc geothermal resources in Taipingwei of Qiyang County,Hunan Province[J].Geology and Exploration,53(6):1155-1158(in Chinese with English abstract)．
Li Baoxia,Zheng Kewen,Wei Guanhui.2002.Study of uranium metallogenetic circumstance and metallogenetic prospective area selection in Chuanjin depression,Erlian Basin[J].Uranium Geology,18(2):78-83(in Chinese)．
Li Mao,Du Jiannong.2008.The application of CSAMT method to the exploration of sand body[J].Uranium Geology,24(2):119-122(in Chinese)．
Liu Bo,Yang Jianxin,Qin Yanwei,Qiao Peng,Zheng Feng.2016.Research on the ore-controlling genetic facies of the sandstone type uranium deposits in the Paleovalley of Saihan Formation of the Erlian Basin[J].Geology and Exploration,52(6):1037-1038(in Chinese with English abstract)．
Liu Bo,Yang Jiangxin,Qiao Baocheng,Zhang Feng.2015.Characteristics ore-controlling genesis facies and prospect prediction of sandstone-type uranium deposits in the Tengger depression,Inner Mongolia[J].Geology and Exploration,51(5):870-878(in Chinese with English abstract)．
Liu Wusheng,Li Bihong,Shi Qingping,Jia Licheng,Zhao Xingqi.2015.Model and application of radon anomaly in soil of sandstone type uranium deposits in Erlian Basin[J].Geophysical and Geochemical Exploration,39(2):234-239(in Chinese with English abstract)．
Liu Wusheng,Zhao Xingqi,Shi Qingping,Zhang Zinan.2017.Research on relationship of oil-gas and sandstone-type uranium mineralization of northern China[J].Geology in China,44(2):279-287(in Chinese with English abstract)．
Liu Yanyang,Liu Qingcheng,Zhang Zhiyong.2006.The abnorm ity compare of radon and its daughters survey on sandstone-type uranium deposits[J].Journal of East China Institute of Technology,29(4):314-318(in Chinese with English abstract)．
Lu Chao,Jiao Yangquan,Peng Yunbiao,Wu Liqun,Miao Aisheng,Rong Hui,Xie Huili.2018.Paleo-interlayer oxidation zone identification and spatial localization prediction in Daying area[J].Geology in China,45(6):1228-1240(in Chinese with English abstract)．
Meng Fangxing,Nie Bin,Qiu Chongtao,He Xinxin.2016.The application of comprehensive geophysical method to uranium exploration in Lujing red basin[J].Geophysical and Geochemical Exploration,40(1):21-26(in Chinese with English abstract)．
Mi Xiaoli,Jiang,Wen Bo,Li Weili,Yang Yunjian,Li Qing.2017.Application of the electromagnetic method in the exploration of sandstonetype uranium deposits in Yimeng uplift area of the Ordos Basin[J].Geology and Exploration,53(3):541-543(in Chinese with English abstract)．
Ni Qinghui,Li Dajun.2017.Application of integrated geophysical exploration to tectonic-unit division in the southern Tuanyusan area[J].Geology and Exploration,53(6):1140-1147(in Chinese with English abstract)．
Qin Mingkuai,Zhao Ruiquan,Wang Zhengbang.1999.Recognition model for in-situ leachable sandstone-type uranium deposit[J].Uranium Geology,15(3):129-136(in Chinese with English abstract)．
Peng Yunbiao,Liu Bo,Qin Yanwei,Yan Xiaobo.2018.Constraints of tectonic evolution on sandstone-type uranium metallogenesis in the Chuanjin depression,Erlian Basin[J].Geology and Exploration,54(5):917-928(in Chinese with English abstract)．
Shen Kekuai,Yang Jianxin,Hou Shuren,Dai Mingjian,Li Hongjun.2014.Uranium prospecting breakthrough,achievement expanding and prospecting orientation in main Mesozoic sedimentary uranium basins of Inner Mongolia[J].Geology in China,41(4):1304-1313(in Chinese)．
Shi Kunfa,He Jishan.2005.Controlled source audio magnetotelluric method theory and application[M].Beijing:Science and Technology Press:2-290(in Chinese)．
Tang Jingtian,Zhou Cong,Deng Xiao.2010.Identification and discrimination of the horizontal layered by using CSAMT apparent resistivity cures[J].Geology and Exploration,46(6):1079-1086(in Chinese with English abstract)．
Wang Haofeng,Liu Bo,Chen Shuang,Chen Fengxing,Xue Wenhao.2019.Application of integrated geophysics surveys to exploration of sedimenary rock type uranium in the Erlian Basin[J].Geology and Exploration,55(1):127-134(in Chinese with English abstract)．
Wang Weiguo,Zhou Lianyong,Wang Jia,Cai Jianfang.2015.Application of comprehensive geophysical exploration in Tongliao area of south Songliao Basin[J].Uranium Geology,31(6):593-599(in Chinese)．
Wang Yan,Lin Jun,Zhou Fengdao,Zhang Wenxiu.2009.Study of resolution and method of CSAMT for the deep low-resistivity[J].Journal of China University of Mining and Technology,38(1):86-90(in Chinese)．
Wang Zhihong,Yang Jin,Shan Keshe.2005.The application of CSAMT to the exploration of in-situ leachable sandstone-type uranium[J].Geophysical and Geochemical Exploration,29(3):227-229(in Chinese)．
Xu Guangchun.2011.A discussion on some problems concerning practical application of CSAMT method[J].Geophysical and Geochemical Exploration,35(6):809-811(in Chinese with English abstract)．
Zhang Jingdai.2012.Progress and outlook of uranium exploration in Meso-Cenozoic basins in North China[J].Uranium Geology,28(4):193-198(in Chinese with English abstract)．
Zhang Guohong,Li Heren.2010.The test result of the controlled source audio frequency magnetotelluric method in the prospecting for deep ore deposits[J].Geology and Exploration,34(1):66-70(in Chinese with English abstract)．
Zhou Puhong,Zhou Hui,Hu Huaqing,Li Jianliang.2017.Prospecting potential at depth of the Taohua gold deposit in Guangxi:An analysis based on CSAMT survey[J].Geology and Exploration,53(4):746-754(in Chinese with English abstract)．
Zhang Ye.1993.Radioactive method exploration[M].Beijing:Atomic Press:224-258(in Chinese)．
陈肇博，赵凤民．2002．可地浸型铀矿床的形成模式和在中国的找矿前景[J]．国外铀金地质，19(3):127-130．
高红灿，郑荣才，肖斌，刘云，栾艳春，刘虹利．2018．二连盆地白音查干凹陷下白垩统阿尔善组-都红木组层序地层[J]．中国地质，45(2):286-303．
韩绍阳，侯惠群，腰善丛，程纪星，柯丹．2004．我国可地浸砂岩型铀矿勘查方法技术研究[J]．铀矿地质，20(5):307-314．
何继善．1990．可控源音频大地电磁测深[M]．长沙:中南工业大学出版社:1-4．
金达淦，吴仁贵，陈培荣．2004．铀资源地质学[M]．哈尔滨:哈尔滨工程大学出版社:1-5．
康方平，柳建新，韩中骥，邓专．2017．综合电法在湖南祁阳太平圩地热资源勘查中的应用[J]．地质与勘探，53(6):1155-1158．
李保侠，郑克文，魏观辉．2002．二连盆地川井坳陷铀成矿环境及成矿有利地段研究[J]．铀矿地质，18(2):78-83．
李茂，杜建农．2008.CSAMT法在砂体探测中的应用初探[J]．铀矿地质，24(2):119-122．
刘波，杨建新，秦彦伟，乔鹏，张锋．2016．二连盆地中东部赛汉组古河谷砂岩型铀矿床控矿成因相研究[J]．地质与勘探，52(6):1037-1038．
刘波，杨建新，乔宝成，张锋．2015．腾格尔坳陷砂岩型铀矿控矿成因相特征及远景预测[J]．地质与勘探，51(5):870-878．
刘武生，李必红，史清平．2015．二连盆地砂岩型铀矿土壤氡异常模型及应用[J]．物探与化探，39(2):234-239．
刘武生，赵兴齐，史清平，张梓楠．2017．中国北方砂岩型铀矿成矿作用与油气关系研究[J]．中国地质，44(2):279-287．
刘艳阳，刘庆成，张志勇．2006．砂岩型铀矿氡及其子体测量异常特征[J]．东华理工大学学报，29(4):314-318．
鲁超，焦养泉，彭云彪，吴立群，苗爱生，荣辉，谢惠丽．2018．大营地区古层间氧化带识别与空间定位预测[J]．中国地质，45(6):1228-1240．
孟凡兴，聂斌，邱崇涛．2016．综合物探测量在鹿井红盆地区铀矿勘查中的应用[J]．物探与化探，40(1):21-26．
米晓利，江汶波，李伟丽，杨云见，李清．2017．高频电磁法在鄂尔多斯盆地伊盟隆起区砂岩型铀矿勘探中的应用[J]．地质与勘探，53(3):541-543．
倪晴晖，李大俊．2017．综合地球物理勘探方法在团鱼山南部地区构造划分中的应用[J]．地质与勘探，53(6):1140-1147．
秦明宽，赵瑞全，王正邦．1999．可地浸砂岩型铀矿盲矿识别模式[J]．铀矿地质，15(3):129-136．
彭云彪，刘波，秦彦伟，颜小波．2018．二连盆地川井坳陷构造演化对砂岩型铀矿成矿作用的约束[J]．地质与勘探，54(5):917-928．
申科峰，杨建新，侯树仁，戴明建，李洪军．2014．内蒙古中新生代主要含铀沉积盆地找矿突破技术思路及其成果扩大方向[J]．中国地质，41(4):1304-1313．
石昆法，何继善．2005．可控源音频大地电磁法理论与应用[M]．北京:科学出版社:2-290．
汤井田，周聪，邓晓．2010.CSAMT视电阻率曲线对水平层状大地的识别与分辨[J]．地质与勘探，46(6):1079-1086．
王浩锋，刘波，陈霜，陈凤兴，薛文浩．2019．综合物探测量在二连盆地沉积岩型铀矿勘查中应[J]．地质与勘探，55(1):127-134．
王卫国，周连永，王甲，蔡建方．2015．综合地球物理勘探在松辽盆地通辽地区的应用[J]．铀矿地质，31(6):593-599．
王艳，林君，周逢道，张文秀．2009.CSAMT法深部低阻分辨能力及方法研究[J]．中国矿业大学学报，38(1):86-90．
王志宏，杨进，山科社．2005.CSAMT在可地浸砂岩型铀矿勘查中的应用[J]．物探与化探，29(3):227-229．
许广春．2011.CSAMT法在实际应用中的若干问题[J]．物探与化探，35(6):809-811．
张金带．2012．中国北方中新生代沉积盆地铀矿勘查进展和展望[J]．铀矿地质，28(4):193-198．
张国鸿，李仁和．2010．可控源音频大地电磁测深找矿实验效果[J]．物探与化探，34(1):66-70．
周普红，周辉，胡华清，李建良．2017．广西桃花金矿床深部找矿前景分析-基于CSAMT测量[J]．地质与勘探，53(4):746-754．
章晔．1993．放射性方法勘查[M]．北京:原子能出版社:224-258.
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