菱铁矿

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  • siderite;spathic iron;iron earth
菱铁矿菱铁矿
菱铁矿[líng tiě kuàng]
  1. △C的矿物成分主要是铁锰的碳酸盐系列,东海沉积物△C矿物成分以菱铁矿为主。

    C is mainly of ferromanganese carbonate series , and ? C mineral composition of sediments in the East Sea is dominated by siderite .

  2. 方解石、白云石、菱铁矿分别与含CO2水溶液反应平衡时的温度和压力

    Temperature and pressure in equilibrium state while calcite , dolomite and siderite reacting on liquid water containing co_2 respectively

  3. 菱铁矿中Fe-Mg-Mn类质同象置换的X射线粉晶分析研究

    A Study on X-ray Powder Analysis of Fe-Mg-Mn Isomorphous Substitution in Siderite

  4. 由于气相色谱对H2的检出灵敏度特高,可作为对菱铁矿中含有羟基结构的微量粘土及其矿物杂质的检测方法,反之亦然。

    The gas chromatography has extremely high sensibility to identify H_2 , so it is a method to detect siderite which contains micro clays and impurity minerals with OH groups , vice versa .

  5. δ13C的变化情况表明,菱铁矿结核可能形成于硫酸盐还原带。

    Such a δ 13 C variation implies that this siderite concretion might have been formed in the sulphate reduction zone .

  6. 菱铁矿的形成与H2障有关;铅、锌等硫化物的就位主要与H2S障或H2障的配合作用有关。

    The formation of siderite is related to the H_2 barrier , while the emplacement of lead and zinc sulfides bears a relation mainly to H.S barrier or the combined action of H_2S and H_2 barriers .

  7. 从测得的DTA/EGD/GC曲线所提供的信息和数据表明:菱铁矿中含有微量高岭土,则在热分解逸出气的GC谱图中就有H2峰出现。

    The information and data supplied by the detected DTA / EGD / GC curves shows : if the siderite involves micro kaolinite , H_2 peak will appear on the GC profile of the evolved gas of the thermal decomposition .

  8. QDTA/T/EGD/GC在线联用技术Ⅺ.黄铁矿、菱铁矿、高岭石、白云石、方解石、石英六元混合矿物的热行为考察及组成分析

    QDTA / T / EGD / GC On-Line Coupled Simultaneous Technique XI · Thermal Behaviors and Composition Analysis of Pyrite , Siderite , Kaolinite , Dolomite , Calcite and Quartz

  9. 在实验室的系列研究表明:采用固定床罐式法煤基还原贫菱铁矿,得到高金属化率的还原矿,经球磨磁选得到TFe>80%,SiO2<6%的海绵铁(铁粉)。

    A series of experiments were carried out in the department laboratory and showed that using fixed bed jar method the coal base reduction of poor siderite can produce reduction ore. by ball milling and magnetic separation the sponge iron ( TFe80 % , SiO 26 % ) was obtained .

  10. 菱铁矿属易磨物料,粉磨功指数为5.95kW·h/t。

    The conclusion could be drawn as follow : 1 . Siderite is a kind of easy grinding material with the grinding work requirement being 5.95kW · h / t.

  11. 碳酸盐岩中自生碳酸盐矿物主要为文石、高镁方解石,少量白云石、铁白云石和菱铁矿。镁方解石质生物富积带(60-400m);

    X-ray studies show that carbonate minerals are aragonite , high-Mg calcite , and lesser dolomite , ankerite and siderite . 2 . Rich magnesium calcite organism accumulation zone , whose depth distribution ranges from 60-400m ;

  12. 新庄井田高岭石粘土岩中菱铁矿的研究

    A study of siderite from kaolinite clayrock in Xinzhuang mining area

  13. 菱铁矿生产磁性日用陶瓷的研究

    Study on Producing Daily-use Magnetic Ceramics by Making Use of Siderite

  14. 在此基础上研究了菱铁矿的成因和岩相意义。

    And then studied the origin and lithofacies meaning of siderite .

  15. 威远菱铁矿选矿和烧结性能的研究

    Study on the Properties on Beneficiation and Sintering of WeiYuan Siderite

  16. 我国某些菱铁矿矿床的氧和碳同位素组成

    Oxygen and Carbon Isotopic Compositions of Some Chinese Siderite Ore Deposits

  17. 钴镍与铁呈类质同象状态存在于黄铁矿、黄铜矿和菱铁矿中;

    Isomorphism state with iron existing in pyrite , chalcopyrite , siderite ;

  18. 矿石金属矿物主要为热液期的菱铁矿、黄铁矿。

    The metal minerals are mainly siderite and pyrite of hydrothermal stage .

  19. 菱铁矿干式冷却磁化焙烧技术研究

    Research on Dry Cooling Magnetic Roasting Technology for Siderite Ore

  20. 特别强调指出局部发育的菱铁矿对该区地层电阻率无明显影响。

    Especially emphasizes that siderite has no apparent effect on formation resistivity .

  21. 煤基还原贫菱铁矿冶炼海绵铁的实验研究

    An Experimental Research on Coal base Reducing Poor Siderite to Sponge Iron

  22. 菱铁矿热处理分层现象及临界线度的研究

    Study on the Stratification and Critical Size in Siderite Heattreatment

  23. 菱铁矿的选矿开发研究与发展前景

    Explorative Research on Beneficiation of Siderite and Its Development Prospect

  24. 悬浮态磁化焙烧菱铁矿及冷却条件对产品的影响

    Siderite Magnetization by Suspension Roasting and Effect of Cooling Conditions on Product

  25. 湖南新邵菱铁矿矿床成因探讨

    A discussion on the genesis of the Xinshao siderite deposit in Hunan Province

  26. 低品位复杂难选菱铁矿氧化焙烧热力学及实验研究

    Study on Thermodynamics and Experimentation of Oxidation Roasting of Low-grade and Complex Siderite

  27. 磁铁矿O同位素组成、菱铁矿和白云石碳同位素组成均指示成矿流体具深源岩浆来源特点。

    Magnetite oxygen isotope composition indicates that ore-forming fluid with deep magma sources .

  28. 含煤沉积中的菱铁矿研究

    Study of Siderite in Sedimentary Strata of the Coal-Containing

  29. 菱铁矿综合回收试验研究

    Experimental Research of the Comprehensive Recovery of Siderite

  30. 菱铁矿表面吸附和疏水絮凝的试验研究与计算

    Experiment Research and Calculation of the Surface Adsorption and Hydrophobic Flocculation of Siderite Ore