岩浆矿床

  • 网络magmatic deposit;magmatic ore deposits;magmatic mineral deposit
岩浆矿床岩浆矿床
  1. 晚期岩浆矿床&攀枝花等铁矿;

    Late magmatic mineral deposit like Panzhihua vanadic titanomagnetite deposit and some others ;

  2. 超大型Ni-Cu(Pt)岩浆矿床的划分与找矿

    Dividing and prospecting for super - large scale Ni - cu ( pt ) magmatic sulfide deposits

  3. 铜镍硫化物矿床是典型的岩浆矿床。

    Cu Ni sulfide deposit is a typical magmatic ore deposit .

  4. 矿石、矽卡岩具有典型的岩浆矿床的结构构造。

    Finally , skarn and ores show typical textures and structures of magmatic deposits .

  5. 6与基性-超基性岩有关岩浆矿床;

    Basic-and ultrabasic magma-related ore deposit ;

  6. 中国镍铜铂族岩浆矿床矿产地空间数据库建设及其开发应用

    Realization and Application of Spatial Database for Chinese Nickel-Copper ( PGE ) Sulfide Deposits Mineral Geology

  7. 攀枝花钒钛磁铁矿矿床为富集钒、钛、铁等过渡元素的典型岩浆矿床。

    Panzhihua vanadic titanomagnetite ore deposit is characterized by high concentration of transition elements V , Ti and Fe etc.

  8. 作者认为该类矿床不宜归入晚期岩浆矿床,拟称岩浆分异-分凝矿床。

    The author regard this kind of ore deposit as magmatic differentiation and segregation ore deposit , not late magmatic ore deposit .

  9. 我国的情况更为突出,镍金属储量近86%、铂90%以上、铜约7.3%均来源于铜镍硫化物岩浆矿床。

    In China , it is more prominent , about 86 % amount of nickel , 90 % amount of platinum metals , 7.3 % copper comes from nickel-copper sulfide magmatic deposits .

  10. 金川Cu、Ni(PGE)岩浆硫化物矿床成矿时代研究

    Metallogenetic epoch of Jinchuan Cu - Ni ( PGE ) magmatic sulfide deposit

  11. 金川铜、镍(含PGE)岩浆硫化物矿床母岩浆成分的估计

    Estimation for chemical composition of parent magma of Jinchuan Cu ni ( pge ) magmatic sulfide deposit

  12. 确定并论述了超大(巨)型Ni-Cu(Pt)岩浆硫化物矿床的五种类型和它们的地质定位条件和特征。

    Five types of super - large scale and super - huge scale Ni - Cu ( Pt ) magmatic sulfide deposits are defined and their positioning geological conditions and features are ex-pounded .

  13. 岩浆型矿床,常量元素与超基性岩接近,TiO2与Al2O3、(La/Lu)N等呈正相关。

    The invariable elements magmatic deposits are close to of the ultrabasic rocks , the TiO 2 is correlated with Al 2O 3 and ( La / Lu ) N etc. in positive correlation .

  14. 中国岩浆硫化物矿床的主要类型

    Main types of magma sulfide deposits in China

  15. Re-Os同位素体系及其在岩浆Cu-Ni-PGE矿床研究中的应用

    Re Os isotopic system and its application to study of magmatic Cu Ni PGE deposit

  16. 中国岩浆硫化物矿床新分类与小岩体成矿作用

    New classification of magmatic sulfide deposits in China and ore-forming processes of small intrusive bodies

  17. 亲铜元素的地球化学行为研究进展及其在岩浆硫化物矿床中的应用

    Advances of Geochemical Behavior of Chalcophile Elements and Applications in Metallogeny of Magmatic Cu-Ni-PGE Sulfide Deposits

  18. 中国镍铜铂族岩浆硫化物矿床矿产资源方面,全国尚无统一的矿产地质数据库。

    There is no uniform mineral geology database of Ni-Cu ( PGE ) sulfide deposit in China .

  19. 四川力马河镍矿是峨眉山大火成岩省一个重要的岩浆硫化物矿床。

    The Limahe Nickel Deposit is a typical PGE-poor Ni-Cu deposit in the Emeishan Large Igneous Province .

  20. 月球上不一定有热液型或沉积型矿床,但可能有火山-岩浆型矿床。

    For example , hydrothermal or sedimentary deposits may not exist on moon , but volcano-magma deposits are hopeful .

  21. 岩浆磷矿床主要产生于海西期和加里东期的超镁铁岩浆岩,多与铁、钒、钛成为成矿系列。

    Magmatic phosphate deposits are mainly related to Hercynian and Caledonian ultramafic magmatic rocks , and they form a mineralogenetic series together with iron vanadium and titanium .

  22. 根据矿床成因可将铁氧化物铜金矿床分为岩浆成因矿床、非岩浆成因矿床和混合成因矿床。

    Based on the genetic type of deposits , IOCG deposits can be classified into three types as magmatic IOCG deposits , non-magmatic IOCG deposits and hybrid IOCG deposits .

  23. 经过大量资料收集、数据整理和建库,完成了中国镍铜铂族岩浆硫化物矿床矿产地数据库的建设。

    Through collecting related material , arranging the data and devising the database , the mineral geology database of Chinese Ni-Cu ( PGE ) sulfide deposit is set up .

  24. 借助空间数据库软件对中国镍铜铂族岩浆硫化物矿床进行地质研究,总结了中国此类矿床的小岩体成矿特征和富集规律。

    With the management software , the geological features of Chinese Ni-Cu ( PGE ) sulfide deposits are studied , the metallogenic features of small intrusions are presented , and their enrichment regularity is deduced .

  25. 基于岩浆铬矿床与超镁铁质岩石的关系,从元素亲合性和共生规律的角度揭示了铝对铬成矿制约的主导作用。

    Based on the study of relation of magma-chromium deposits to ultramafic rocks , this paper has described the leading role of aluminum acting on chromium mineralization from the aspects of the affinity and intergrowth rule of elements .

  26. 从早期到晚期含矿热液的酸度逐渐降低、1δ8O逐渐变小的演化特征与典型的岩浆热液矿床类似。

    The ( evolution ) characteristics that both the acidity and δ ~ ( 18 ) O of the ore-bearing hydrothermal fall gradually from the early epoch to the late , are similar to those of other typical porphyry deposits .

  27. 岩浆热液矿床的水/岩反应及微观找矿意义

    Interaction between water and rocks of magmatic hydrothermal deposit and microscopic prospective significance

  28. 从成矿物质的源、运、移三个成矿作用机制,提出铜矿床为岩浆成因型矿床。

    According to mineralization mechanism of source-migrate-move , this paper contains that copper ore deposit belong to type of magmatic genesis .

  29. 尽管区内花岗岩类侵入体与金矿床间存在密切的空间及时间关系,但它们之间并不存在直接的成因联系,即这些金矿床并不是岩浆热液矿床。

    Although granitoid intrusives in the belt are spatially and temporally associated with gold mineralization , there is no direct genetic link between them , namely , these gold deposits are not magmatic hydrothermal deposits .

  30. 南祁连主要为大陆裂谷或陆间裂谷构造环境的复理石相、火山碎屑岩相和中祁连的古老基底组成,有岩浆铜镍矿床、铬铁矿矿床和大型造山型金矿床发现。

    The South Qilian consists of flysch formations and pyroclastic rocks of continental and intracontinental rift-environments as well as the Middle Qilian old basement , and contains some magmatic copper-nickel deposits and chromium deposits and large-size orogenic type gold deposits .