铁帽

tiě mào
  • gossan;goosan;chapeau de fer;gozzan
铁帽铁帽
铁帽[tiě mào]
  1. 铁帽型金矿中黄铁矿与褐铁矿含金量的测定

    Determination of Gold Content in Limonite and Pyrite from Golden Gossan

  2. 铁帽型金银矿石提金银的工艺研究

    Test and Study on extractive metallurgy of gossan type gold-silver ores

  3. 作者们提出了铁帽含金性评价的矿石微量元素标志:Cu×As(重量%)>0.01时,Au往往大于1克/吨;

    They are : for ores from a gossan , if the value of Cu × As ( both in wt % ) is greater than 0.01 , the Au content will be over 1 g / t ;

  4. 铜陵地区铁帽型金矿床

    Gold Deposits of the Gossan Type , Tongling Prefecture , Anhui

  5. 某铁帽型含金复合矿综合开发利用新工艺研究

    A new technique of comprehensive utilization for GOOSAN TYPE-GOLD complex ores

  6. 铁帽型金矿石制粒堆浸提金工艺的探讨

    Study of palletizing heap leaching to the ferrous-cap gold ore

  7. 安徽铜陵某铁帽型金-铁矿床金的赋存状态研究

    Gold occurrence in a gossan type gold deposit in Tongling , Anhui

  8. 金主要富集在铁帽亚带及次生硫化物带。

    Gold is mainly enriched in gossan and supergene sulfide .

  9. 铁帽型金矿氰化提金生产过程中提高回收率的措施

    The improvement of gold recovery from gossan type gold ores by cyanide process

  10. 后者系岩体与地层接触,形成硫化物或铁帽。

    The latter one formed as sulfides and gossan .

  11. 铁帽型金矿助浸试验研究

    Tests on Column Leaching with Chemical Aids for Extracting Gold fron Iron-Cap Type Ore

  12. 从锰铁帽中分离锰银的研究(Ⅱ)

    Study on separating Mn-Ag from manganese gossan (ⅱ)

  13. 通化地区铁帽含金性定量评价

    Quantitative appraisal of auriferous GOSSANS in Tonghua District

  14. 风化淋滤铁帽型金矿床;

    ( 3 ) weathering-leached gossan gold deposit ;

  15. 铁帽的遥感影像信息提取及其在遥感找矿中的意义

    Extraction of gossan 's remote sensing image information and its significance in remote sensing prospecting

  16. 结合各种铁帽的成因特点,归纳为七种类型,提出了铁帽的多元成因;

    Considering the genetic characters of various gossans , there are seven types of genesis altogether .

  17. 铁帽波谱特征及其研究意义以新疆阿勒泰地区为例

    Study on spectral characteristic of gossan and its SIGNIFICANCE-TAKE Altai region of Xinjiang as an example

  18. 断裂构造、热液蚀变、铁帽、物化探异常为重要的找矿标志。

    The faulted structure , hydrothermal alteration , gossan , geophysical-geochemical exploration anomalies are comprehensive ore-hunting indicators .

  19. 微细粒金的次生作用,常形成卡林型氧化金矿或红土型金矿和铁帽型金矿。

    The secondary action of micro-grain gold usually forms the carlin-type Au-deposit or lateritic and gossan Au deposit .

  20. 桃园铁帽型金矿产于似层状硫铁矿体倾斜上端。

    Taoyuan gossan type gold deposit occurs at the upper end of the slant layered pyrite ore body .

  21. 铁帽型含金复合矿直接还原过程铁氧化物行为

    The behaviour of iron oxide in the direct reduction of GOOSAN type gold composite ores with coal base

  22. 找矿标志主要有热水沉积岩、铁帽、围岩蚀变、地球物理异常、地球化学异常等。

    Exploration markers includes hot-water sedimentary rocks , gossan , wall-rock alteration , and geophysical and geochemical anomalies .

  23. 安徽省铁帽型金银矿床地质特征、成矿条件及其评价准则研究

    Study on geological characteristics , mineralization conditions and assessment criteria of gossan type GOLD-SILVER DEPOSITS IN ANHUI PROVINCE

  24. 长江中下游铁帽型金矿床矿石的物质组成研究

    On study of ore material composition of gossan-type gold deposits from middle and lower reaches of Yangtze river , China

  25. 水碓房铅锌矿床的主要找矿标志为构造破碎带、铁帽、砂铅矿体、化探异常和物探异常。

    The main exploration indications include structural rupture zone , iron cap , lead placer and geochemical and geophysical anomalies .

  26. 论文研究成果具有重要的学术价值,对铁帽矿石的实际开发利用具有重要的指导意义。

    The research results in this thesis deserve important academic value and is instructive for gossan resources exploitation and utilization .

  27. 铁帽口采用锌环和钢脚采用锌套,以提高抗腐蚀性能;

    Application of zinc ring at the iron cap open and zinc sleeve on the steel foot can improve the anti-corrosion property .

  28. 铁帽矿石富含铁及其他有价金属元素,属于特殊类型的氧化矿石,具有重要的潜在开发价值。

    Gossan is a special oxide ore with high contents of iron and other valuable metals and has greatly potential developing value .

  29. 郡王府原为清朝开国八大铁帽王之一的顺承郡王的府邸。

    Jun Wang Fu was originally the residence for Prince Shuncheng , one of the eight princes to found the Qing Dynasty .

  30. 介绍了某铁帽型金矿氧化矿石堆浸方案比较结果。

    The results of technical and economic comparison of some heap leaching processes for a gossan type oxidized gold ore are described in this paper .