元素组合

  • 网络element association;combinations of the elements;Ni-Mo-U-V-Au-Ag-Cu-PGE-REE-Cd-Se-Tl-Re
元素组合元素组合
  1. 河南南泥湖矿田Mo、W、Cu、Pb、Zn、Ag、Au成矿元素组合表现为斑岩型-夕卡岩型-中低温热液脉型矿床成矿系统。

    Mo-W-Cu-Pb-Zn-Ag-Au metallogenic element association exhibits metallogenic systems of the porphyry type deposit , skarn type deposit and medium-low temperature hydrothermal type deposit .

  2. 成都市是Hg的高背景和民异常区,深、浅层样各具不同的元素组合和发育特征。

    Chengdu City lies in Hg-high background region and Hg-anomalous region . Surface and deep geochemical samples are different in element association .

  3. As、Cr和Ni是受控于成土母质的元素组合;

    As , Cr and Ni are elements controlled by pedogenesis ;

  4. XML文档本身具有树形层次结构的特点,它按照一定规则将许多元素组合成一个文件。

    XML document is a tree hierarchy , and it is composed of many elements according to certain rules .

  5. 它们给不同的小组服用不同的维生素和矿物质元素组合,其中包括维生素B、维生素C、维生素E、矿物元素硒,还有的小组仅仅服用安慰剂。

    Each group got different combinations of vitamins B , C , E , and the mineral selenium , or a placebo .

  6. 并利用R型聚类分析和R型因子分析,分别提取四组元素组合和四个主因子。

    Four groups of elemental associations and four main factors were obtained respectively by using R-type cluster analysis and R-type factor analysis .

  7. 金矿床最佳元素组合是:Au、Ag、Te、Bi;

    The most favourable combinations of the gold deposits are : Au , Ag , Te , Bi ;

  8. 化探Cu、Au、Ag、Bi元素组合异常为隐伏铜金矿体晕显示。

    The combination anomaly of Cu , Au , Ag , Bi is an indication of hidden Cu Au orebodies .

  9. 不同类型银矿床中的元素组合以Ag、Cu、Pb、Zn和As为主,并各有特征元素;

    The paragenetic association of elements in different type silver deposits are mainly Ag , Cu , Zn , Pb and As .

  10. 在金、铜矿床(体)上方分别发育有良好的Au和Cu的生物地球化学异常和元素组合及分带。

    The Au and Cu botanical geochemical anomaly and composed zonation are respectively developed over orebodies in gold deposits and copper deposits .

  11. 本文展示如何将模块化的交互元素组合成统一整体来构建完整的GUI。

    This article demonstrates a way to build the complete GUI by combining modular interactive elements into a cohesive whole .

  12. 钙质生物壳的微量元素组合和Sr,Nd同位素组成是识别海底混合源沉积物中生物源物质相对贡献的重要参数。

    Trace elemental associations and Sr , Nd isotopic compositions are of important for recognition of biogenic material from mixed marine sediments .

  13. 矿物组成简单,具AuSbAsHg(局部有T1)元素组合系列;

    Mineral constituents are simple , with a series of element assemblages of Au-Sb - As-Hg ( partially with T1 );

  14. 指示元素组合类型,主要成矿元素Au和多金属为选择分布的两期成矿产物;3.现代汉语史的分期;

    The indicative elements ( association type ) and the main ore-forming elements ( Au and multi-metals ) are the product of two different metallogenic stages .

  15. IVA族元素组合跃迁的计算多面体组合

    The Calculation of Intercombination Transiton for IVA Group Elements

  16. 结果表明,区域上二台子金铜矿床的表生地球化学异常元素组合为AuAsSbHgCu,并表现出与原生异常在组合、含量等特征上的一致性。

    The results show that the supergene geochemical anomalies in the gold orefield have the element association of Au_As_Sb_Hg_Cu , consistent with characteristics of the primary anomalies .

  17. 滇西是我省重要的铅矿成矿带。近几年,区域化探扫面(以下简称区化)在滇西发现了上千个Pb、Zn与以Pb、Zn为主的多元素组合异常。

    In recent years , more than thousand of Pb , Zn multielement assemblage anomalies and those mainly with Pb , Zn have been found in West Yunnan in regional geochemical exploration .

  18. 地球化学场以富As、Pb、Cu,低Zn且元素组合具明显的东西分区、南北成带特征。

    Geochemistry field is composited with rich As Pb Cu and poor Zn , and composition of elements appears characteristic that west and east is different clearly , north and south is banding .

  19. 流体中成矿元素组合为As-Sb-Cu-Ni-U,总体上具较高的Sb,As含量;

    The ore-forming element assemblage is As-Sb-Cu-Ni-U with high contents of As and Sb .

  20. Hg、Bi、Pb为矿体上部和中上部原生晕特征元素组合,也为中远程指示元素;

    Hg , Bi and Pb are the characteristic elements of primary halos in the upper and middle-upper parts of ore bodies and are the median to large-range indication elements .

  21. 上部碳酸盐岩型矿床的成矿元素组合为PbZnCdAsAgBa,硫同位素分布具塔式结构,显示具海水还原硫和深源硫的混合来源,有强烈的海底热液活动。

    The metallogenic element assembles in carbonate type deposit are Pb-Zn-Cd-As-Ag-Ba , and the feature of sulfur isotopic distribution shows that the metallogenic material was derived from deoxidation of seawater and seafloor hydrothermal .

  22. 下部砂砾岩型矿床的成矿元素组合为CuCoPbAgAs(NiZnCd),硫同位素组成表明富集轻硫,海底热液活动不强烈;

    The metallogenic element assembles in sandstone type deposits are Cu-Co-Pb-Ag-As ( Ni-Zn-Cd ), sulfur isotope is rich in light sulfur , and the contents of Ba show the thermal activity in seafloor is delicacy .

  23. 与金共生的异常组合存在5种类型,其中以AuAsSb,AsPbZnAuAgSb多元素组合为区内最主要成矿元素组合;

    There are 5 types of the co-existing anomaly combinations , in which Au-As-Sb and As-Pb-Zn-Au-Ag-Sb are the main multi-element combinations in the area . The geochemical characters of the mineralization sites known are similar to the Jinshan Gold Mine .

  24. 这就允许我们表示DICOMData对象中的少量值,并且将所有其他的数据元素组合成一个大型对象列。

    This allows us to represent this handful of values as part of the DICOMData object and group all the other data elements together in a large object column .

  25. 这三个典型矿床在成因类型、元素组合和成矿时代等方面存在明显差异,可划分出Cu-Mo、Fe-Cu、Pb-Zn、Au-Ag等多个成矿元素组合。

    The three typical deposits are significantly different in genesis , element association and mineralization times , and these elements association can be divided into the Cu-Mo , Fe-Cu , Pb-Zn , Au-Ag ore-forming elements and other combinations .

  26. 特定的异常元素组合(Au-Ag-As-Sb-Pb-Zn)指示金矿体的存在,化探是找矿的最有效手段。

    A specific geochemical anomaly pattern ( Au-Ag-As-Sb-Pb-Zn ) indicates the existence of gold ore body . Geochemical prospecting is the most effective method at Liba gold deposit .

  27. 本文描述了基于数据库的RTF文本元素组合成文字集合的应用,通过建立索引表使文字集合中的RTF元素与数据库之间建立映射关系并实现库内替换的方法。

    The article illustrates an application in which how the RTF elements , which are based on database , organize text aggregate , and the means by which the RTF elements in the text aggregate can be mapped and replaced in the corresponding database with the established index table .

  28. 该矿床金的成矿元素组合主要为Au-Bi-W-Ag,其原生与次生晕指示元素组合分别为Au-Ag-Bi-Sb-Mo-W-As和Au-Ag-Bi-Sb-Mo-W-As-Hg,两者具相似性。

    The association of elements of gold mineralization is Au-Bi-W-Ag . The association of indicator elements of primary halo , which is Au-Ag-Bi-Sb-Mo-W-As , is similar with that of secondary halo , which is Au-Ag-Bi-Sb-Mo-W-As-Hg .

  29. 以微量元素组合区分沉积环境初探

    A preliminary study of identification sedimentary environments by trace element association

  30. 每一区有不同的元素组合及矿产。

    And every area has its distinctive element assemblage and mineral resources .