钨精矿

  • 网络Tungsten Concentrates
钨精矿钨精矿
  1. GB/T4414-1984包装钨精矿取样、制样方法

    Methods of sampling and sample preparation of tungsten concentrates in bags

  2. 采用硫磷混酸分解试样测定钨精矿中钙的含量。

    Determine the content of calcium with the mixed acidic thionation decomposition sample in the tungsten concentrates mineral .

  3. 分光光度法测定黑钨矿浸出液中的PGB/T6150.1-1985钨精矿化学分析方法钨酸铵灼烧法测定三氧化钨量

    Methods for chemical analysis of tungsten concentrates & The ammonium tungstate igniting gravimetric method for the determination of tungsten trioxide content

  4. 从高钼含量的白钨精矿及复杂钨矿物原料制取高纯APT

    Production of High Purity APT from Scheelite and Complex Tungsten Raw Materials with a High Mo Content

  5. 本文提出用PW1404型X-射线荧光光谱仪快速测定钨精矿WO3(%)主量成分。

    A method for the determination of the major elements in tungsten ore using X ray fluorescence spectrometer ( PW 1 404 ) was proposed .

  6. 传统的NaOH压煮法分解黑钨精矿,一般要求Ca<3%,此工艺能否分解高钙矿早已成为研究课题。

    Traditional NaOH pressure distillation technology has become a research item about decomposing high calcium minerals for a long time , this technology was applied in decomposing wolframite concentrate , the content of calcium was less than 3 % .

  7. 机械活化在俄罗斯钨精矿分解中的应用

    Application in Russia of Mechanical Activation for Decomposition of Tungsten Concentrate

  8. 钨精矿、锡石矿中铌和钽的5&Br-PADAP分光光度法的测定

    5-Br-PADAP Spectrophotometry of Nb and Ta in W Concentrate and Difficult Cassiterite

  9. 旋转闪蒸干燥机在白钨精矿干燥中的应用

    Application of spin flash dryer in white tungsten concentrate drying

  10. 低浓度和低用量盐酸分解白钨精矿的研究

    Investigation on Low-concentration and Low-addition HCl Digestion of Scheelite Concentrate

  11. 酸法工艺处理白钨精矿的最新进展

    The Latest Development of the Acid Process for Scheelite Concentrate

  12. 利用介入法氧化焙烧降低黑钨精矿中的杂质

    On Reducing Impurities in Wolframite Concentrate by Intervenient Oxidation Roasting

  13. 黑钨精矿综合利用新工艺的研究

    A study on the comprehensive utilization of wolframite concentrate

  14. 国内钨精矿市场价格振荡原因分析

    Analysis of Factors of Fluctuation of Tungsten Concentrate Price

  15. 用白钨精矿代替钨铁炼钢的研究

    Investigation of scheelite instead of ferrotungsten in steelmaking

  16. 提高钨精矿分解率的方法初探

    Means Study of the Improvement Wolfram Concentrate Resolution

  17. 微波碱熔法测定钨精矿中的锰

    Determination of Manganese in Tungsten Concentrate With Alkaline Fusion Method Heated By Microwave Oven

  18. 从黑钨精矿硫酸体系中直接提取钨和钪的研究

    A study of extracting tungsten and scandium from the wolframite in sulfuric acid medium

  19. 我国优质钨精矿生产的最新进展

    Latest advances on quality tungsten concentrate in China

  20. 微波在黑钨精矿的苏打烧结中的利用

    Application of Microwave in Sintering Wolframite Soda Mixture

  21. 国内外市场钨精矿价格周期性变化及未来走势分析

    Periodicity Variation and Future Tendency of Tungsten Concentrate Price at Domestic and International Market

  22. 高频感应红外吸收法测定钨精矿中硫量

    On the Sulphur Content Determination in Tungsten Concentrate by High Frequency Induction Infrared Absorption

  23. 合理利用我国高钼钨精矿

    Utilize Tungsten Concentrates of High Molybdenum Rationally

  24. 钨精矿中磷的测定-钙载体沉淀分离-铋磷钼兰光度法

    Determination of Phosphor in Refined Tungsten Ore Calcium Carrier Precipitation and Separation Bismuth Phosphorus Molybdenum Blue Photometry

  25. 钼-桑色素的极谱波及其用于钨精矿中钼的测定

    Polarographic Catalytic Wave of Molybdenum-Morin System and Its Application for the Determination of Molybdenum in Tungsten Concentrate

  26. 2005年中国钨精矿产量为73403t,同比减少14.03%。

    The output of tungsten concentrate is 73 403 t in China , declining by 14.03 % y-o-y.

  27. GB/T6150.8-1985钨精矿化学分析方法重量法测定湿存水量

    Methods for chemical analysis of tungsten concentrates & The gravimetric method for the determination hygroscopic moisture content

  28. 白钨精矿与黑白钨混合矿碱分解的方法与设备

    Introduction of a new achievement : process and equipment of caustic decomposition of low-grade scheelite and Scheelite-Wolframite mixed concentrates

  29. 介绍了俄罗斯在钨精矿分解中对机械活化的研究和应用情况。

    The paper describes the research and application in Russia . of mechanical activation for decomposition of tungsten concentrate .

  30. GB/T6150.17-1985钨精矿化学分析方法半二甲酚橙光度法测定铋量

    Methods for chemical analysis of tungsten concentrates & The semi-xylenol orange photometric method for the determination of bismuth content