隐伏矿床成矿预测理论与方法新进展
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摘要
本文对隐伏矿床在国内外的定义、分类与特点进行了讨论,对隐伏矿床的分类的认识应从三维转变到四维,时间使得隐伏矿床的分类相互转化,因此对隐伏矿床的分类应结合当下实际情况。经过长期的野外实践总结,在大数据时代与3S科技背景下,在传统的隐伏矿床预侧理论与勘查技术方法上,提出以大数据成矿预侧理论指导找矿,以空间数据库、移动GIS和物化探设备集成的高效找矿技术方法,成为当今快速评价中小矿山企业远景区成矿潜力的重要理论与技术方法,探讨不同地区、不同矿床类型的勘查技术方法组合应是进一步研究的重点。传统的隐伏矿床成矿预测理论与方法在3S科技背景下趋向于大数据成矿预测与移动GIS勘查技术方法方向发展,应加强成矿预测理论与方法彼此之间的有效衔接、转化与应用,朝着多元成矿预测理论、多元勘查技术方法、多源信息数据集成成矿预测发展。
We discuss the definitions,classifications and features of concealed deposits in China and elsewhere in the world.We should change the understanding of the classification of the concealed deposit from three-dimensional to four-dimensional.Time makes the classification of concealed deposits transform each other,therefore,the classification should be combined with the actual situation today.Then we summarize long-term field work,notice the age of big data and 3S technologies,and consider the traditional prediction theory and survey methods for concealed deposits.Finally,we suggest that the following approaches should be applied to rapid evaluation of medium-and small-scale mines: using big-data mineralization prediction theory to guide ore search,and integrating spatial databases,mobile GIS and geophysical and geochemical equipment into highly efficient technologies for prospecting.These are the current trend in this aspect.The focus of further investigations is discussing combination of prospecting methods in different regions and different deposits type.In the background of 3S technology,the traditional concealed deposit theory and method of mineralization tends to large data metallogenic prediction and mobile GIS exploration technology direction.We should strengthen the metallogenic prediction theory and methods effective interface between each other,transformation and application toward Multivariate metallogenic prediction theory,multivariate methods exploration technology,multi-source data integration information metallogenic prediction development.
We discuss the definitions,classifications and features of concealed deposits in China and elsewhere in the world.We should change the understanding of the classification of the concealed deposit from three-dimensional to four-dimensional.Time makes the classification of concealed deposits transform each other,therefore,the classification should be combined with the actual situation today.Then we summarize long-term field work,notice the age of big data and 3S technologies,and consider the traditional prediction theory and survey methods for concealed deposits.Finally,we suggest that the following approaches should be applied to rapid evaluation of medium-and small-scale mines: using big-data mineralization prediction theory to guide ore search,and integrating spatial databases,mobile GIS and geophysical and geochemical equipment into highly efficient technologies for prospecting.These are the current trend in this aspect.The focus of further investigations is discussing combination of prospecting methods in different regions and different deposits type.In the background of 3S technology,the traditional concealed deposit theory and method of mineralization tends to large data metallogenic prediction and mobile GIS exploration technology direction.We should strengthen the metallogenic prediction theory and methods effective interface between each other,transformation and application toward Multivariate metallogenic prediction theory,multivariate methods exploration technology,multi-source data integration information metallogenic prediction development.
引文
П.A.1982.Detailed tectonic hydrothermal deposit forecast figure\[M\].Beijing:Beijing Geological Publishing House:1-50(in Chinese)
Charles N.Alpersa,David L.Dettmanb,Kyger C.Lohmannb and Brabec.1990.Stable isotopes of carbon dioxide in soil gas over massive sulfide mineralization at Crandon,Wisconsin\[J\].Journal of Geochemical Exploration,(38):69-86
Clarke J R,Meier A L,Riddle G.1990.Enzyme leaching of surficial geochemical samples for detecting hydromorphic trace-element anomalies associated with precious metal mineralized bedrock buried beneath glacial over-burden in northern Minnesota\[A\].In:Proceedings of the Gold'90 Symposium-Gold'90\[C\].Virginia:Center for Integrated Data Analytics Wisconsin Science Center:189-207
Cheng Yu-qi,Chen Yu-chuan,Zhao Yi-ming,Song Tian-rui.1983.Further discussion on the problems of minerogenetic series of mineral deposits\[J\].Bulletin Chinese Acad Geol Sci,(2):1-135(in Chinese)
Cheng Yu-qi,Chen Yu-chuan,Zhao Yi-ming,Song Tian-rui.1983.Further discussion minerogenetic series of mineral deposits\[J\].Geological Review,29(2):127-139(in Chinese)
Chi San-chuan.1988.The looking for concealed ore deposits(body)\[M\].Beijing:The China University of Geosciences Publishing House:1-50(in Chinese)
Chen Yu-chuan.1994.Metallogenic series of ore deposits\[J\].Earth Science Frontiers,1(3):90-94(in Chinese)
Chen Yu-chuan.1997.Present sityation and trend of research on metallogenic\[J\].Geology and Prospecting,33(1):21-25(in Chinese)
Chi Shun-du,Zhou Shun-ping,Wu Xin-lin.1997.Geological anomaly analysis and experience prognosis of metallic mineral under GIS\[J\].Earth Science,22(1):99-103(in Chinese)
Chen Yu-chuan,Pei Rong-fu,Wang Deng-hong.2006.On minerogenetic(metallogenetic)series third discussion\[J\].Acta Geological Sinica,80(10):1501-1508(in Chinese)
Chen Yu-chuan,Pei Rong-fu,Wang Deng-hong,Wang Ping-an.2015.Natural classification of mineral deposits:Discussion on minerogenetic series of mineral deposits\[J\].Mineral Deposits,34(6):1092-1106(in Chinese)
Han Run-sheng,Wang Feng,Qiu Wen-long,Liang Yi,Wu Peng.2014.Tectono-Chemistry for the exploration of concealed orebodies of the Zhaotong Maoping Zn-Pb-(Ge-Ag)deposit in Northeastern Yunnan,China\[J\].Acta Geologica Sinica(English Edition),88(2):1241-1243
Hou De-yi,Li Zhi-de.1998.Mining geology\[M\].Beijing:Geological Publishing House:176-188(in Chinese)
Kaocs D P,Xinker D A.1990.Mineral Modeling\[M\].Song Bai-qing translation.Beijing:Geological Publishing House:1-32(in Chinese)
Liu Shi-nian.1993.The metallogenic forecasting\[M\].Changsha:Central South University of Technology Publishing House:86-91(in Chinese)
Liu Jia-yuan.2002.Biomineralization of gold deposit in western guangxi\[J\].Guangxi Geology,15(1):25-36(in Chinese)
Lv Zhi-gang,Wu Guo-xue,Wang Yong-xiang,Li Pu-tao,Han Hong-wei,Bai Shi-jun.2007.Research on prognosis of concealed ore body\[J\].Globle Geology,26(1):7-13(in Chinese)
Lin Cun-shan.1994.A new type of gas measurement\[J\].Geology in China,15(10):27-28(in Chinese)
Mann A W,Birrell R D,Mann A T,Humphreys D B,Perdrix J L.1998.Application of the mobile metalion technique to routine geochemical exploration\[J\].Journal of Geochemical Exploration(61):87-102
Malmqvist L,Kristiansson K.1984.Experimental evidence for an ascending microflow of geogas in the ground\[J\].Earth and Planetary Science Letters,70(2):407-416
Pei Rong-fu,Mei Yan-xiong,Qu Hong-ying,Wang Hao-lin.2013.New recognized intellect for prospecting large-superlarge mineral deposits\[J\].Mineral Deposits,32(04):661-672(in Chinese with English abstract)
Peng Sheng-lin,Fan Jun-chang,Shao Yong-jun,Mao Xian-cheng,Lai Jian-qing,Chen Jin,Wang Ying,Wang Xiong-jun,Zhang Jiandong.2012.New breakthrough in key technologies of location prediction about deep concealed ore bodies of mine\[J\].Geology and Exploration,22(3):844-853(in Chinese)
Shi Lin-dao.1987.The classification of the"concealed deposits"series on the prospecting ways and prospecting method\[J\].Geology in China,(8):12-15(in Chinese)
Shen Yuan-chao,Yang Jin-zhong,Li Shen-zhi.1999.Application of biogelchemistry in gold deposit exploration as exemplified by anoi metallgenic fault in western Junggar\[J\].Geological Science and Technology Information,18(3):55-59(in Chinese)
Tian You-xing,Liu Chang-chun.1995.Geological science funding pattern and the funding of the ninth five-year plan\[J\].Advances in Earth Science,10(1):86-89(in Chinese)
Tang Ju-xing,Wang Cheng-hong,Wang Xiong-wu,Zhong Kang-hui,Ying Li-juan,Zheng Wen-bao,Li Feng-ji,Guo Na,Qin Zhi-peng,Yao Xiao-feng,Li Lei,Wang You,Tang Xiao-qian.2010.Geological features and metallogenic model of the Jiama copper-poly metallic deposit in Tibet\[J\].Acta Geoscientica Sinica,31(4):495-506(in Chinese)
Wu Chuan-bi.1997.‘Ionimetric haloes’method and its methodological significance\[J\].Geology and Prospecting,33(5):35-39(in Chinese)
Wang Shi-cheng,Ye Shui-sheng,Yang Yong-qiang.1999.Comprehensive information metallogenic series forecasting expert system\[M\].Changchun:Changchun Press:1-50(in Chinese)
Xie Xue-jin.1998.Tactical and strategic deep-penetration geochemical surveys\[J\].Earth Science Frontiers,5(1-2):171-185(in Chinese)
Xiao Ke-yan,Ye Tian-zhu,LI Jing-chao,Yang Yi-heng,Ding Jian-hua,Lou De-bo.2010.Integrated geo-information modeling reserve estimation method\[J\].Geological Bulletin of China,29(10):1404-1412(in Chinese)
Xiao Ke-yan,Lou De-bo,Sun Li,Li Jing-chao,Ye Tian-zhu.2013.Some progresses of mineral prediction theory and method in important mineral resource potential assessment of China\[J\].Journal of Jilin University,43(4):1073-1082(in Chinese)
Yao Jin-yan.1990.A universal method for interpretation of anomalies\[J\].Geology and Prospecting,(3):10-16(in Chinese)
Ye Tian-zhu,Xiao Ke-yan,Yan Guang-sheng.2007.Methodology of deposit modeling and mineral resource potential assessment using integrated geological information\[J\].Earth Science Frontiers,14(5):11-19(in Chinese)
Ye Tian-zhu.2013.Theoretical framework of methodology of deposit modeling and integrated geological information for mineral resource potential assessment\[J\].Journal of Jilin University,43(4):1053-1072(in Chinese)
Zhang Jun.2000.Methodological foundation and methodology for the location forecasting of concealed orebody\[J\].Journal of Precious Metallic Geology,9(2):100-104(in Chinese)
Zhao Peng-da.2001.Mineral exploration theory and method\[M\].Wuhan:The China University of Geosciences Press:33-36(in Chinese)
Zhao Peng-da,Chi Shun-du,Chen Yong-qing.1996.A thorough investigation of geo-anomaly abasis of metallogenic prognosis\[J\].Geological Journal of China Universities,2(4):2-14(in Chinese)
Zhao Peng-da,Wang Jing-gui,Rao Ming-hui,Li Hao-chang.1995.Geologic anomaly of China\[J\].Earth Science,20(2):117-127(in Chinese)
Zhai Yu-Sheng,Deng Jun,Yang Li-qiang,Wang Pei-fu,Mu Tai-sheng,Li Qing-yu.1999.Shandong Xiadian gold mining area and its periphery of concealed orebody location forecasting\[J\].Earth Science Frontiers,6(2):37(in Chinese)
П.A.舍赫特曼.石准立译.1982.热液矿床详细构造预测图\[M\].北京:地质出版社:1-50
程裕淇,陈毓川,赵一鸣,宋天锐.1983a.再论矿床的成矿系列问题\[J\].中国地质科学院院报,(2):1-135
程裕淇,陈毓川,赵一鸣,宋天锐.1983b.再论矿床的成矿系列问题-兼论中生代某些矿床的成矿系列\[J\].地质论评,29(2):127-139
池三川.1988.隐伏矿床(体)的寻找\[M\].武汉:中国地质大学出版社:1-50
陈毓川.1994.矿床的成矿系列\[J\].地学前缘,1(3):90-94
陈毓川.1997.矿床的成矿系列研究现状与趋势\[J\].地质与勘探,33(1):21-25
池顺都,周顺平,吴新林.1997.GIS支持下的地质异常分析及金属矿产经验预测\[J\].地球科学,22(1):99-103
陈毓川,裴荣富,王登红.2006.三论矿床的成矿系列问题\[J\].地质学报,80(10):1501-1508
陈毓川,裴荣富,王登红,王平安.2015.论矿床的自然分类---四论矿床的成矿系列问题\[J\].矿床地质,34(6):1092-1106
侯德仪,李志德.1998.矿山地质学\[M\].北京:地质出版社:176-188
考克斯D P,辛格D A.宋伯庆译.1990.矿床模式\[M\].北京:地质出版社:1-40
刘石年.1993.成矿预测学\[M\].长沙:中南工业大学出版社:86-91
刘家远.2002.隐伏矿床预测的理论和方法\[J\].广西地质,15(1):25-36
吕志刚,吴国学,王永祥,李普涛,韩宏伟,白士俊.2007.隐伏矿床预测研究\[J\].世界地质,26(1):7-13
林存山.1994.一种新型的气体测量方法\[J\].中国地质,15(10):27-28
裴荣富,梅燕雄,瞿泓滢,王浩琳.2013.大型-超大型矿床找矿新认知\[J\].矿床地质,32(4):661-672
彭省临,樊俊昌,邵拥军,毛先成,赖健清,陈进,王颖,王雄军,张建东.2012.矿山深部隐伏矿定位预测关键技术新突破\[J\].中国有色金属学报,22(3):844-853
施林道.1987.“隐伏矿”的分类找矿途径和找矿方法刍议\[J\].中国地质,(8):12-15
沈远超,杨金中,李慎之.1999.生物地球化学方法与金矿找矿-以新疆西准噶尔安齐成矿断裂为例\[J\].地质科技情报,18(3):55-59
田兴有,刘长春.1995.地质学科资助格局与“九五”资助初步设想\[J\].地球科学进展,10(1):86-89
唐菊兴,王登红,汪雄武,钟康惠,应立娟,郑文宝,黎枫佶,郭娜,秦志鹏,姚晓峰,李磊,王友,唐晓倩.2010.西藏甲玛铜多金属矿矿床地质特征及其矿床模型\[J\].地球学报,31(4):495-506
吴传璧.1997.“离子晕法”及其方法学意义\[J\].地质与勘探,33(5):35-39
王世称,叶水盛,杨永强.1999.综合信息成矿系列预测专家系统\[M\].长春:长春出版社:1-50
谢学锦.1998.战术性和战略性的深穿透地球化学方法\[J\].地学前缘,5(1-2):171-185
肖克炎,叶天竺,李景朝,杨毅恒,丁建华,娄德波.2010.矿床模型综合地质信息预测资源量的估算方法\[J\].地质通报,29(10):1404-1412
肖克炎,娄德波,孙莉,李景朝,叶天竺.2013.全国重要矿产资源潜力评价一些基本预测理论方法的进展\[J\].吉林大学学报(地球科学版),43(04):1073-1082
姚金炎.1990.隐伏矿床及其找矿方法\[J\].地质与勘探,26(3):10-16
叶天竺,肖克炎,严光生.2007.矿床模型综合地质信息预测技术研究\[J\].地学前缘,14(5):11-19
叶天竺.2013.矿床模型综合地质信息预测技术方法理论框架\[J\].吉林大学学报(地球科学版),43(4):1053-1072
张均.2000.隐伏矿床定位预测的方法学基础及方法论\[J\].贵金属地质,9(2):100-104
赵鹏大.2001.矿产勘查理论与方法\[M\].武汉:中国地质大学出版社:33-36
赵鹏大,池顺都,陈永清.1996.查明地质异常:成矿预测的基础\[J\].高校地质学报,2(4):2-14
赵鹏大,王京贵,饶明辉,李浩昌.1995.中国地质异常\[J\].地球科学,20(2):117-127
翟裕生,邓军,杨立强,王培福,穆太升,李清玉.1999.山东夏甸金矿及其外围矿区隐伏矿床定位预测\[J\].地学前缘,6(2):37
(1)陈川,张晓帆.2016.新疆重要成矿带战略性矿产资源预测与靶区评价\[R\].
Charles N.Alpersa,David L.Dettmanb,Kyger C.Lohmannb and Brabec.1990.Stable isotopes of carbon dioxide in soil gas over massive sulfide mineralization at Crandon,Wisconsin\[J\].Journal of Geochemical Exploration,(38):69-86
Clarke J R,Meier A L,Riddle G.1990.Enzyme leaching of surficial geochemical samples for detecting hydromorphic trace-element anomalies associated with precious metal mineralized bedrock buried beneath glacial over-burden in northern Minnesota\[A\].In:Proceedings of the Gold'90 Symposium-Gold'90\[C\].Virginia:Center for Integrated Data Analytics Wisconsin Science Center:189-207
Cheng Yu-qi,Chen Yu-chuan,Zhao Yi-ming,Song Tian-rui.1983.Further discussion on the problems of minerogenetic series of mineral deposits\[J\].Bulletin Chinese Acad Geol Sci,(2):1-135(in Chinese)
Cheng Yu-qi,Chen Yu-chuan,Zhao Yi-ming,Song Tian-rui.1983.Further discussion minerogenetic series of mineral deposits\[J\].Geological Review,29(2):127-139(in Chinese)
Chi San-chuan.1988.The looking for concealed ore deposits(body)\[M\].Beijing:The China University of Geosciences Publishing House:1-50(in Chinese)
Chen Yu-chuan.1994.Metallogenic series of ore deposits\[J\].Earth Science Frontiers,1(3):90-94(in Chinese)
Chen Yu-chuan.1997.Present sityation and trend of research on metallogenic\[J\].Geology and Prospecting,33(1):21-25(in Chinese)
Chi Shun-du,Zhou Shun-ping,Wu Xin-lin.1997.Geological anomaly analysis and experience prognosis of metallic mineral under GIS\[J\].Earth Science,22(1):99-103(in Chinese)
Chen Yu-chuan,Pei Rong-fu,Wang Deng-hong.2006.On minerogenetic(metallogenetic)series third discussion\[J\].Acta Geological Sinica,80(10):1501-1508(in Chinese)
Chen Yu-chuan,Pei Rong-fu,Wang Deng-hong,Wang Ping-an.2015.Natural classification of mineral deposits:Discussion on minerogenetic series of mineral deposits\[J\].Mineral Deposits,34(6):1092-1106(in Chinese)
Han Run-sheng,Wang Feng,Qiu Wen-long,Liang Yi,Wu Peng.2014.Tectono-Chemistry for the exploration of concealed orebodies of the Zhaotong Maoping Zn-Pb-(Ge-Ag)deposit in Northeastern Yunnan,China\[J\].Acta Geologica Sinica(English Edition),88(2):1241-1243
Hou De-yi,Li Zhi-de.1998.Mining geology\[M\].Beijing:Geological Publishing House:176-188(in Chinese)
Kaocs D P,Xinker D A.1990.Mineral Modeling\[M\].Song Bai-qing translation.Beijing:Geological Publishing House:1-32(in Chinese)
Liu Shi-nian.1993.The metallogenic forecasting\[M\].Changsha:Central South University of Technology Publishing House:86-91(in Chinese)
Liu Jia-yuan.2002.Biomineralization of gold deposit in western guangxi\[J\].Guangxi Geology,15(1):25-36(in Chinese)
Lv Zhi-gang,Wu Guo-xue,Wang Yong-xiang,Li Pu-tao,Han Hong-wei,Bai Shi-jun.2007.Research on prognosis of concealed ore body\[J\].Globle Geology,26(1):7-13(in Chinese)
Lin Cun-shan.1994.A new type of gas measurement\[J\].Geology in China,15(10):27-28(in Chinese)
Mann A W,Birrell R D,Mann A T,Humphreys D B,Perdrix J L.1998.Application of the mobile metalion technique to routine geochemical exploration\[J\].Journal of Geochemical Exploration(61):87-102
Malmqvist L,Kristiansson K.1984.Experimental evidence for an ascending microflow of geogas in the ground\[J\].Earth and Planetary Science Letters,70(2):407-416
Pei Rong-fu,Mei Yan-xiong,Qu Hong-ying,Wang Hao-lin.2013.New recognized intellect for prospecting large-superlarge mineral deposits\[J\].Mineral Deposits,32(04):661-672(in Chinese with English abstract)
Peng Sheng-lin,Fan Jun-chang,Shao Yong-jun,Mao Xian-cheng,Lai Jian-qing,Chen Jin,Wang Ying,Wang Xiong-jun,Zhang Jiandong.2012.New breakthrough in key technologies of location prediction about deep concealed ore bodies of mine\[J\].Geology and Exploration,22(3):844-853(in Chinese)
Shi Lin-dao.1987.The classification of the"concealed deposits"series on the prospecting ways and prospecting method\[J\].Geology in China,(8):12-15(in Chinese)
Shen Yuan-chao,Yang Jin-zhong,Li Shen-zhi.1999.Application of biogelchemistry in gold deposit exploration as exemplified by anoi metallgenic fault in western Junggar\[J\].Geological Science and Technology Information,18(3):55-59(in Chinese)
Tian You-xing,Liu Chang-chun.1995.Geological science funding pattern and the funding of the ninth five-year plan\[J\].Advances in Earth Science,10(1):86-89(in Chinese)
Tang Ju-xing,Wang Cheng-hong,Wang Xiong-wu,Zhong Kang-hui,Ying Li-juan,Zheng Wen-bao,Li Feng-ji,Guo Na,Qin Zhi-peng,Yao Xiao-feng,Li Lei,Wang You,Tang Xiao-qian.2010.Geological features and metallogenic model of the Jiama copper-poly metallic deposit in Tibet\[J\].Acta Geoscientica Sinica,31(4):495-506(in Chinese)
Wu Chuan-bi.1997.‘Ionimetric haloes’method and its methodological significance\[J\].Geology and Prospecting,33(5):35-39(in Chinese)
Wang Shi-cheng,Ye Shui-sheng,Yang Yong-qiang.1999.Comprehensive information metallogenic series forecasting expert system\[M\].Changchun:Changchun Press:1-50(in Chinese)
Xie Xue-jin.1998.Tactical and strategic deep-penetration geochemical surveys\[J\].Earth Science Frontiers,5(1-2):171-185(in Chinese)
Xiao Ke-yan,Ye Tian-zhu,LI Jing-chao,Yang Yi-heng,Ding Jian-hua,Lou De-bo.2010.Integrated geo-information modeling reserve estimation method\[J\].Geological Bulletin of China,29(10):1404-1412(in Chinese)
Xiao Ke-yan,Lou De-bo,Sun Li,Li Jing-chao,Ye Tian-zhu.2013.Some progresses of mineral prediction theory and method in important mineral resource potential assessment of China\[J\].Journal of Jilin University,43(4):1073-1082(in Chinese)
Yao Jin-yan.1990.A universal method for interpretation of anomalies\[J\].Geology and Prospecting,(3):10-16(in Chinese)
Ye Tian-zhu,Xiao Ke-yan,Yan Guang-sheng.2007.Methodology of deposit modeling and mineral resource potential assessment using integrated geological information\[J\].Earth Science Frontiers,14(5):11-19(in Chinese)
Ye Tian-zhu.2013.Theoretical framework of methodology of deposit modeling and integrated geological information for mineral resource potential assessment\[J\].Journal of Jilin University,43(4):1053-1072(in Chinese)
Zhang Jun.2000.Methodological foundation and methodology for the location forecasting of concealed orebody\[J\].Journal of Precious Metallic Geology,9(2):100-104(in Chinese)
Zhao Peng-da.2001.Mineral exploration theory and method\[M\].Wuhan:The China University of Geosciences Press:33-36(in Chinese)
Zhao Peng-da,Chi Shun-du,Chen Yong-qing.1996.A thorough investigation of geo-anomaly abasis of metallogenic prognosis\[J\].Geological Journal of China Universities,2(4):2-14(in Chinese)
Zhao Peng-da,Wang Jing-gui,Rao Ming-hui,Li Hao-chang.1995.Geologic anomaly of China\[J\].Earth Science,20(2):117-127(in Chinese)
Zhai Yu-Sheng,Deng Jun,Yang Li-qiang,Wang Pei-fu,Mu Tai-sheng,Li Qing-yu.1999.Shandong Xiadian gold mining area and its periphery of concealed orebody location forecasting\[J\].Earth Science Frontiers,6(2):37(in Chinese)
П.A.舍赫特曼.石准立译.1982.热液矿床详细构造预测图\[M\].北京:地质出版社:1-50
程裕淇,陈毓川,赵一鸣,宋天锐.1983a.再论矿床的成矿系列问题\[J\].中国地质科学院院报,(2):1-135
程裕淇,陈毓川,赵一鸣,宋天锐.1983b.再论矿床的成矿系列问题-兼论中生代某些矿床的成矿系列\[J\].地质论评,29(2):127-139
池三川.1988.隐伏矿床(体)的寻找\[M\].武汉:中国地质大学出版社:1-50
陈毓川.1994.矿床的成矿系列\[J\].地学前缘,1(3):90-94
陈毓川.1997.矿床的成矿系列研究现状与趋势\[J\].地质与勘探,33(1):21-25
池顺都,周顺平,吴新林.1997.GIS支持下的地质异常分析及金属矿产经验预测\[J\].地球科学,22(1):99-103
陈毓川,裴荣富,王登红.2006.三论矿床的成矿系列问题\[J\].地质学报,80(10):1501-1508
陈毓川,裴荣富,王登红,王平安.2015.论矿床的自然分类---四论矿床的成矿系列问题\[J\].矿床地质,34(6):1092-1106
侯德仪,李志德.1998.矿山地质学\[M\].北京:地质出版社:176-188
考克斯D P,辛格D A.宋伯庆译.1990.矿床模式\[M\].北京:地质出版社:1-40
刘石年.1993.成矿预测学\[M\].长沙:中南工业大学出版社:86-91
刘家远.2002.隐伏矿床预测的理论和方法\[J\].广西地质,15(1):25-36
吕志刚,吴国学,王永祥,李普涛,韩宏伟,白士俊.2007.隐伏矿床预测研究\[J\].世界地质,26(1):7-13
林存山.1994.一种新型的气体测量方法\[J\].中国地质,15(10):27-28
裴荣富,梅燕雄,瞿泓滢,王浩琳.2013.大型-超大型矿床找矿新认知\[J\].矿床地质,32(4):661-672
彭省临,樊俊昌,邵拥军,毛先成,赖健清,陈进,王颖,王雄军,张建东.2012.矿山深部隐伏矿定位预测关键技术新突破\[J\].中国有色金属学报,22(3):844-853
施林道.1987.“隐伏矿”的分类找矿途径和找矿方法刍议\[J\].中国地质,(8):12-15
沈远超,杨金中,李慎之.1999.生物地球化学方法与金矿找矿-以新疆西准噶尔安齐成矿断裂为例\[J\].地质科技情报,18(3):55-59
田兴有,刘长春.1995.地质学科资助格局与“九五”资助初步设想\[J\].地球科学进展,10(1):86-89
唐菊兴,王登红,汪雄武,钟康惠,应立娟,郑文宝,黎枫佶,郭娜,秦志鹏,姚晓峰,李磊,王友,唐晓倩.2010.西藏甲玛铜多金属矿矿床地质特征及其矿床模型\[J\].地球学报,31(4):495-506
吴传璧.1997.“离子晕法”及其方法学意义\[J\].地质与勘探,33(5):35-39
王世称,叶水盛,杨永强.1999.综合信息成矿系列预测专家系统\[M\].长春:长春出版社:1-50
谢学锦.1998.战术性和战略性的深穿透地球化学方法\[J\].地学前缘,5(1-2):171-185
肖克炎,叶天竺,李景朝,杨毅恒,丁建华,娄德波.2010.矿床模型综合地质信息预测资源量的估算方法\[J\].地质通报,29(10):1404-1412
肖克炎,娄德波,孙莉,李景朝,叶天竺.2013.全国重要矿产资源潜力评价一些基本预测理论方法的进展\[J\].吉林大学学报(地球科学版),43(04):1073-1082
姚金炎.1990.隐伏矿床及其找矿方法\[J\].地质与勘探,26(3):10-16
叶天竺,肖克炎,严光生.2007.矿床模型综合地质信息预测技术研究\[J\].地学前缘,14(5):11-19
叶天竺.2013.矿床模型综合地质信息预测技术方法理论框架\[J\].吉林大学学报(地球科学版),43(4):1053-1072
张均.2000.隐伏矿床定位预测的方法学基础及方法论\[J\].贵金属地质,9(2):100-104
赵鹏大.2001.矿产勘查理论与方法\[M\].武汉:中国地质大学出版社:33-36
赵鹏大,池顺都,陈永清.1996.查明地质异常:成矿预测的基础\[J\].高校地质学报,2(4):2-14
赵鹏大,王京贵,饶明辉,李浩昌.1995.中国地质异常\[J\].地球科学,20(2):117-127
翟裕生,邓军,杨立强,王培福,穆太升,李清玉.1999.山东夏甸金矿及其外围矿区隐伏矿床定位预测\[J\].地学前缘,6(2):37
(1)陈川,张晓帆.2016.新疆重要成矿带战略性矿产资源预测与靶区评价\[R\].