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湖南长江洞锡矿的发现及资源前景分析
引用本文:陈荣华,龚述清,蒋仁松.湖南长江洞锡矿的发现及资源前景分析[J].新疆地质,2005,23(3):260-263.
作者姓名:陈荣华  龚述清  蒋仁松
作者单位:湖南省湘南地质勘察院,湖南,郴州,423000
摘    要:长江洞锡多金属矿区是国土资源大调查过程中的新发现,它具有与新田岭、白腊水等特大型或超大型矿床类似的成矿特征,有寻找大型以上规模的锡铋矿床的前景.通过对该区原有资料的二次开发和地质矿产调查,对该区的成矿控矿规律有了初步的认识,对地质找矿工作亦有较为深刻的体会.认为在地质找矿工作中,应加强综合研究,注意各类找矿信息,拓宽思想,扩大找矿领域,进行综合评价.这样可避免出现反复工作,重复投入的现象,充分发挥工程的有效性,降低勘查成本和勘查周期.

关 键 词:长江洞  锡矿  资源前景  综合评价  勘查周期
文章编号:1000-8845(2005)03-260-04
收稿时间:12 20 2004 12:00AM
修稿时间:03 18 2005 12:00AM

HUNAN CHANGJIANGDONG TIN ORE DISCOVERY AND RESOURCES FOREGROUND ARE ANALYSED
CHEN Rong-hua,GONG Shu-qing,JIANG Ren-song.HUNAN CHANGJIANGDONG TIN ORE DISCOVERY AND RESOURCES FOREGROUND ARE ANALYSED[J].Xinjiang Geology,2005,23(3):260-263.
Authors:CHEN Rong-hua  GONG Shu-qing  JIANG Ren-song
Institution:Institute of Xiangnan GeologicaI, Hunan Academy of Geological survey, Chenzhou, Hunan, Chenzhou, 423000, China
Abstract:Tin much metals mining area in ChangJiangDong,Is that the fresh discovery in the process is checkd in resources majors on land ,It havees together with XinTianLing , Analogous one-tenth mine feature of huge mould such as BaiLashui and so on either super large deposit ,Scale tin bismuth deposit foreground over possesing to look for large .By means of look into to original datum of that district two development and geology minerals ,Accuses the mine regular pattern and possess preliminary knowledge in the one-tenth mine to that district ,Finds geology miner actes as too possess relatively profound experience .Think to find miner to be a middleman at geology ,Strengthening the synthesis researcies ,Pay attention to different type finding mine message ,Widen idea ,The mine territory is finded in the enlargement ,Carrying on the synthesis, to evaluate is fully indispensable .May averting like this having ariseed dos with the earth again and again ,Appearance which repeatedly put in ,Sufficiently bring into play project validity ,The degradution collates to check the cost with collates checing cycle.
Keywords:ChangJiangDong  Discovery  Resources foreground  Synthesis is evaluated  Collate checing cycle
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