|本期目录/Table of Contents|

[1]赵希刚,吴汉宁,韩玲,等.改造末期多种能源矿藏(床) 同盆共存的多源信息找矿识别标志[J].地球科学与环境学报,2005,27(02):33-39.
 ZHAO Xi-gang,WU Han-ning,HAN Ling,et al.Multi-information indicators of paragenic multi-energy source mineral deposits formed in same basin at latest reconstruction stage[J].Journal of Earth Sciences and Environment,2005,27(02):33-39.
点击复制

改造末期多种能源矿藏(床) 同盆共存的多源信息找矿识别标志(PDF)
分享到:

《地球科学与环境学报》[ISSN:1672-6561/CN:61-1423/P]

卷:
第27卷
期数:
2005年第02期
页码:
33-39
栏目:
出版日期:
2005-06-15

文章信息/Info

Title:
Multi-information indicators of paragenic multi-energy source mineral deposits formed in same basin at latest reconstruction stage
作者:
赵希刚12吴汉宁1韩玲1李卫红2徐高中2
1.西北大学地质学系,陕西西安710069;2.核工业203研究所,陕西咸阳712000
Author(s):
ZHAO Xi-gang12WU Han-ning 1HAN Ling1LI Wei-hong2XU Gao-zhong2
1.Department of Geology,Northwest University,Xi’ an 710069,China; 2.No.203 Institute of CNNC,Xianyang Shaanxi 712000,China
关键词:
多种能源矿藏(床)同盆共存多源信息找矿标志
Keywords:
multi-energy source mineral deposits coexistence same basin multi-information prospecting marker 
分类号:
P315.0;P618.130.1
DOI:
-
文献标志码:
A
摘要:
利用多源信息(地质、物化探、遥感、水文地质等)研究多种能源矿种在改造末期同盆共存的判 识标志和赋存环境,着眼于改造结果,多源信息特征反映的是在改造末期所形成构造格局的基础上,油 气、煤、铀多种能源矿藏(床)同盆共存的现今空间关系,在此基础上,从铀成矿因素方面建立油气、煤、铀 多种能源矿藏(床)同盆共存的找矿识别标志。
Abstract:
This study aims to locate the prospective area of the coexistence or paragemesis of multi-energy source mineral de- posits(oil/gas pool, coal bed, uranium deposits, etc.)in a basin. The method used in the study involves the reconstruction function that emphasizes its process and result. Studying the indicators of paragenic multi-energy source mineral deposits formed at the latest reconstruction stage of the same basin is fulfilled by using certain multi-information like geology, geo- physical and geochemical survey, remote sensing and hydrogeology. The conclusion is drawn from the detailed feature reflec- ting the current spatial relationship of multi-energy source mineral deposits in the same basin, which formed at its latest re- construction stage. Namely, the multi-information indicators of locating unknown multi-energy source mineral deposits in the same basin are primarily established on the basis of uranium metallogenic facors.

参考文献/References:

[1] 王平 , 周义 , 季海锟. 靖安油田北东区局部构造与石油富集关 系研究[J] . 长安大学学报(地球科学版),2003 ,25(4):10 ~ 13.
[2] 王锋 , 刘池洋 , 赵红格. 鄂尔多斯地块西部南北向 折离滑覆构 造[J] . 地球科学与环境学报 , 2004 , 26(1):7 ~ 20.
[3] 刘光鼎 , 郝天珧. 应用 地球物理 方法寻找 隐伏矿床[J] . 地球 物理学报 , 1995 , 38(6):850 ~ 854.
[4] 江 为为 , 管志宁 , 郝 天珧 , 等. 华北 地台北缘地球物 理场特征 与金属矿床预测[J] . 地球物理学报 , 2002 , 45(2):233 ~ 245.
[5] 李景朝 , 刘少华 , 严光生. 大型超大型金属矿床综 合信息成矿 预测方法研究[J] . 地球物理学进展 , 2002 , 17(4):736 ~ 744.
[6] 宋立军 , 朱杰勇. 金平白 马寨铜镍 矿床地球 物理成矿 预测模 式[J] . 地球物理学进展 , 2004 , 19(1):186 ~ 190.
[7] Wi lliam E G. Uranium minerali zation in a costal-plain f luvial aqui fer syst em :Cat ah ou la Format ion , Texas[J] . Economic Geology , 1978 , 73 :1655 ~ 1676.
[8] Vogel J C , T alma S , Heaton T H Ee, et al. Evalu at ing th e rat e of migrati on of an u ranium deposi tion s f ron t w ithin th e Ui tenhage Aquif er[J] . Jou rnal of Geochemi cal Expl orat ion , 1999 , 66 :269 ~ 276.
[9] Rollins on H R. U sing Geoch emical Data :Evaluati on , Present at ion , Int erpret ation [J] . Longman Scient ifi c T echnical Press , 1993, 56 :1 ~ 352.
[10] H an s H A. Th e conceptual uranium o re roll and it s signif icance in u ranium ex ploration[J] . Economic Geology , 1964 , 59 :46 ~ 53. 38 地球科学与环境学报 第 27 卷
[11] 韩玲. 空间逐步寻找数据挖掘在遥感影像分类中的 应用[J] . 长安大学学报(地球科学版), 2003 , 25(2):70 ~ 72.
[12] Lovley D R. Microbi al redu ct ion of u ranium[J] . Nature, 1991 , 350 :413 ~ 416.
[13] Landais P. Organi c geochemi cal of sedim en tary uranium ore deposit s[J] . Ore Geology Review s , 1996 , 11 :33 ~ 51.
[14] 张景廉. 再论油气与金属(非金属)矿床的相互关系[J] . 铀矿 地质 , 1997 , 13(1):13 ~ 17.
[15] 张如良 , 丁万烈. 努 和廷铀矿床 地质特征 及其油气 水与铀成 矿作用探讨[J] . 铀矿地质 , 1994 , 10(5):257 ~ 265.
[16] 伊金双 , 向伟 东. 有机质 、油气与砂岩型铀 矿化关系的研究 [J] . 核工业北京地质研究院年报 , 2003 , 19 :98 ~ 107.
[17] M art in B G , Ri chard L R, Robert O. RYE O rigin of a sou th Texas rol l-type u ranium deposit s Ⅱ. Su lfide pet rology and sulfur i sotope studies[J] . Economi c Geology , 1978 , 73 : 1690 ~ 1705.
[18] S pirakis C S . The role of organi c matt er in the f orm at ion of uranium in sedim ent ary rocks [J] . Ore Geology Review s , 1996 , 11 :53 ~ 69.
[19] Wood S A. Th e role of h umic subs tances in the t ransport and f ixati on of m et als of economic interest (Au , Pt , Pd , U , V)[J] . Ore Geology Revi ew s , 1996 , 11 :1 ~ 31.
[20] Granger H C , Warren C G. Unst ab le sulfu r compoun ds and the origin of rool-t ype dep osi t s [J] . Economic Geology , 1969 , 64 :160 ~ 171.
[21] H ost eler P B , Garrel s R M. T ran sport ation and precipi t at ion of uranium and vanadium at low temperatu re , w ith special referen ce t o sandst one-t ype uranium deposi ts[J] . Economic Geology , 1998 , 57(2):137 ~ 167.
[22] Dou glas G B. Posit ion of u ranium and / or cof finit e accumulati ons t o the h emat it e-pyrit e int erface in sands tone-type deposit s[J] . Sci en tif ic commu nicati on s , 1976 , 59 :944 ~ 948 .
[23] 裴荣富 , 翟裕生 , 张本仁. 深部构造作 用与成矿[M] . 北京 :地 质出版社 , 1999.

相似文献/References:

备注/Memo

备注/Memo:
[收稿日期]2004-05-17
[基金项目]国家973项目(2003CB214600);国家自然科学基金项目(40374020)
[作者简介]赵希刚(1963-),男,陕西蓝田人,西北大学博士研究生,从事地球探测与信息技术处理研究。
更新日期/Last Update: 1900-01-01