銅鎳硫化礦 的英文怎麼說

中文拼音 [tóngnièliúhuàkuàng]
銅鎳硫化礦 英文
copper-nickle ore sulphide
  • 銅 : 名詞（金屬元素） copper （cu）
  • 鎳 : 名詞[化學] （金屬元素） nickel （ni）
  • 硫 : 名詞[化學] sulphur; sulfur [美國] （16號元素, 符號s）
  • 礦 : 名詞1. （礦床） ore [mineral] deposit 2. （礦石） ore 3. （開采礦物的場所） mine
  1. The sulfide assemblage consists largely of pyrrhotite, pentlandite, chalcopyrite, and pyrite.

    硫化物集體大部由磁黃鐵礦、鎳黃鐵礦、黃銅礦及黃鐵礦組成。
  2. The mineralization theories related to the continued resources exploration of the crisis mines include : the model of golden deposits in greenstone belts ; the superimposed model of epithermal deposits and porphyry deposits ; the prospecting model of superfine dip gold deposit in deep ; prospecting model of copper and nickel sulfides in deep ; the associated model of lead, zinc and gold

    與危機礦山接替資源找礦勘查有關的成礦理論包括：綠巖帶金礦新模式，淺成熱液和斑巖銅礦的套疊模式，微細浸染型金礦深部找礦模式，銅鎳硫化物深部找礦模式，金和鉛鋅礦共伴生模式等。
  3. At pegmatite contacts the composition changes to chalcopyrite, millerite, pyrite, and violarite accompanied by magnetite and hematite.

    在偉晶巖接觸帶，硫化物成分變為黃銅礦、針鎳礦、黃鐵礦及硫鎳鐵礦，伴生有磁鐵礦和赤鐵礦。
  4. Geochemical characters of mafic - ultramafic swarms in the baimazhai nickel and copper deposit, jinping, yunnan

    超鎂鐵巖侵入體及銅鎳硫化物礦床的成巖成礦機制
  5. However, compared with jinchuan ore - bearing intrusion, jianchaling ultrabasic intrusion formed by magma simple emplacement, and magma fractionated weakly with lower content of nickel and sulphur

    而與賦存超大型鎳銅硫化物礦床的金川巖體相比，煎茶嶺超基性巖體為巖漿一次侵位形成，分異程度小，鎳、硫含量較低。
  6. The main source of nickel and platinum metals in the world is the nickel - copper sulfide magmatic deposits related to basic - ultrabasic body, which provide half or more amount of the metals in the world

    世界鎳和鉑族金屬的主要來源是與基性超基性巖有關的銅鎳硫化物巖漿礦床。該類礦床佔世界鎳、鉑量的近一半或更多。
  7. Systematically tested, analyzed and sorted out geochemical data of intrusion - related nickel deposits in china, such as analysis of zonal structure of chrome spinels, micro - probe in situ analysis of single minerals incjude olivine and pyroxene by la - icp - ms, in which some of the research is the first time domestically

    其中一些研究，如鉻尖晶石環帶的研究、橄欖石、輝石等單礦物的原位la ? icp ? ms分析等，在我國還是首次，為研究我國主要銅鎳硫化物礦床成巖成礦過程中元素的分異和演化提供了定量結果。
  8. There are over 30 mafic and ultramafic intrusions in the area and cu - ni sulfide ore bodies were found in no. 1 and no. 7 ultramafic intrusive bodies which exhibit obvious zoning and cumulate texture

    區內出露30多個鎂鐵超鎂鐵質巖體，其中1 、 7號超鎂鐵巖體中賦存銅鎳硫化物礦（床）體。
  9. There are plentiful mineral resources of nickel, cobalt, and copper in the northwest region of china, specially jinchuan superlarge copper - nickel sulflde magmatic deposit in gansu province, known for its large scale and typical metallogenetic feature in the world, is an important source of ni - cu metal mineral resource in our country. in contrast, jianchaling large cobalt - bearing nickel sulflde deposit in shannxi province is not famous and unmined, but many problems about the deposit are researched because of its special geologic settings and mineralization characteristic

    我國西北地區有著豐富的鎳、鈷、銅等金屬的礦產資源，尤其是甘肅省金川超大型銅鎳硫化物巖漿礦床，以其超大規模及其典型的成礦特徵而聞名於世，是我國重要的鎳、銅金屬礦產基地，而相比之下，陜西省煎茶嶺大型鎳（鈷）礦床規模較小且未開采，但因其獨特的地質背景和成礦特徵而具有重要的研究意義。
  10. 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

    經過大量資料收集、數據整理和建庫，完成了中國鎳銅鉑族巖漿硫化物礦床礦產地數據庫的建設。
  11. Geochemical characteristics of platinum group elements in jinchuan super - large sulfide copper - nickel deposit, jinchang city, gansu province, china

    金川超大型銅鎳硫化物礦床的鉑族元素地球化學特徵
  12. Cu - ni sulfided mine complex locate in baimazai of jinping county is sub alkali iron - super iron, it ' s zoning is clear and it ' s ni - cu - co melting first and enrichment, its rare earth is rich in right lean light rare earth, but eu in olive rock is serious to be bad, gd - tb is tittles negative abnormity. above - mentioned show that the mineral is cone from mantle, and didn " t mix with crustal substance, and continent tholeiite magma turning into continent tholeiite emplacement after by surging

    金平白馬寨銅鎳硫化礦床雜巖體分帶明顯、屬亞堿性鐵質-超鐵質巖、具ni - cu - co三元素先熔離，后富集的規律、稀土配分為右傾斜輕稀土富集型，但橄欖巖銪虧損顯著， gd - tb微小負異常，顯示成礦物質來源地幔，與地殼物質無混染和大陸拉斑玄武巖漿上涌后變為大洋拉斑玄武巖漿侵位特點。
  13. This paper points out that the ore - forming pattern of this mineral deposit is ore - bearing basic - superbasic magma melting - crystalline different and ore magma impulse injection in turn. it indicates there maybe has a ore shoot in the bottom of iii rock body ( interrupted below 650m ), and advises to geophysical prospecting in the mining shaft

    並指出本礦床為含礦基性-超基性巖漿熔離-結晶分異和礦漿依次脈沖式貫入的銅鎳硫化物礦床成礦模式，指明號巖體下部（ 650m以下中斷）可能存在一富礦體，並建議進一步做井中物探證實。
  14. Bioleaching of low - grade ni - cu sulfide ore

    生物浸出低品位鎳銅硫化礦
  15. This paper researches the synthetical ore - forming feature of cu - ni sulfided mine of baimazai in jin ping county. this nine is the main force of ni manufacturer. it is exact to look for succeed resource because of the resource has been drying up

    本文研究金平白馬寨銅鎳硫化礦綜合信息成礦特徵，該礦作為雲南鎳礦主力生產礦山，由於資源已盡枯竭，急需找尋接替資源。
  16. The level of contaminants was increase in order of jinchuan ( hongqiling ) < jianchaling < east huangshan ( kalatongke ). proterozoic is important evolution period in forming of nickel - copper deposits. 4

    中國含銅鎳硫化物礦床按受混染程度由弱到強排列為金川（紅旗嶺）煎茶嶺黃山東（喀拉通克） 。
  17. This system constructs the iii rock body ' s 3d figure of cu - ni sulfided mine of jinping baimazai in the round by using the database of mathematic and economical model and information, and locates the extent orientation and marginal form of this rock body. this system designs a project of iii rock body ( 650 - 755m ) ore - search according to it

    運用礦床數學經濟模型數據庫，結合探采資料，系統全面直觀地建立了金平白馬寨銅鎳硫化礦號巖體的三維形態，對礦體的深部延伸方向和邊部形態進行定位，據此對號巖體深部（ 650 - 755m ）作了找礦勘探設計。
  18. So, in this system, we collected geological and mining information about the mine, investigated and researched about the regional geology and the features of rock and mine body. it establishes mathematic and economical model of this the mineral deposit and mining area warehouse about map and description of cu - ni sulfided mine of baimazai in jin - ping county using the software of mathematic and economical model and mapgis

    為此，系統搜集了與礦山有關的地質、采礦圖文資料，對區域地質、巖體及礦體特徵展開了詳細的野外地質調查和深入的室內研究。分別運用礦床數學經濟模型軟體和mapgis地理信息系統軟體建立了金平白馬寨銅鎳硫化礦礦床數學經濟模型和礦區圖文庫。
  19. 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

    我國的情況更為突出，鎳金屬儲量近86 、鉑90以上、銅約7 . 3均來源於銅鎳硫化物巖漿礦床。
  20. The igneous bodies are mainly metasomatic type in china. through zhongtiao circle to yantsi circle, himalaya circle, the magma activitie

    與基性、超基性巖有關的銅鎳硫化物礦床，從地球物理場上，一般與航磁的感磁場有關。
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