titanium sponge

美 [tɪˈteɪniəm spʌndʒ]英 [tɪˈteɪniəm spʌndʒ]
  • 网络海绵钛;钛海绵
titanium spongetitanium sponge
  1. The yield of the titanium sponge and products in China increased by 100 % and 20 % respectively . The titanium industry in the world is presenting a scene of prosperity .

    中国生产的海绵钛和钛材同比分别增长100%和20%,世界钛工业呈现出一片欣欣向荣的景象。

  2. Review of Recent International Titanium Sponge Market

    近期国际海绵钛市场综述

  3. Current status and technology development of titanium sponge production

    海绵钛生产现状及技术开发

  4. Production Processes and the New Development of Titanium Sponge

    海绵钛生产工艺及其新进展

  5. Selection and Analysis of Titanium Sponge Production Processes and Technologies

    海绵钛生产工艺和技术方案的选择及分析

  6. Distribution of Impurity in Titanium Sponge and Its Effect on Product Quality

    海绵钛中杂质分布及其对产品质量的影响

  7. Practice in Feeding Raw Materials from Different Places in Titanium Sponge Production

    海绵钛生产中多点加料工艺的探索与实践

  8. A new technology using SOM to produce titanium sponge

    利用固体透氧膜提取海绵钛的新技术

  9. Exploration of Improving Utilization of Magnesium during Titanium Sponge Production by Magnesium Process

    镁法制取海绵钛提高镁利用率初探

  10. Controlling of Nitrogen Content in Titanium Sponge Production

    浅谈海绵钛生产中杂质氮含量的控制

  11. Selection Principles of Reduction Distillation Reactor for Manufacturing Titanium Sponge

    海绵钛还原蒸馏反应器的选择

  12. Study On The Output of Edged Titanium Sponge During the Magnesium Reduction Process

    镁法海绵钛生产边皮钛生成量的研究

  13. Discussion on titanium sponge production process

    海绵钛生产工艺概述

  14. Connecting Technology of Vacuum Channel on Producing Titanium Sponge by Kroll Process

    克劳尔法生产海绵钛的真空通道连接技术

  15. The market actuality of the world titanium sponge industry in2010 was reviewed .

    回顾了2010年世界海绵钛市场的发展概况。

  16. Best Assembling Vacuum Unit on Producing Titanium Sponge by Kroll Process

    试论克劳尔法生产海绵钛的最佳真空机组

  17. Balance of Supply and Demand of Titanium Sponge

    论海绵钛的供需平衡

  18. Research and practice on improving distillation to reduce the chlorine and oxygen content in titanium sponge

    改善蒸馏条件降低海绵钛氯、氧含量的探索与实践

  19. Preparation and Property of TiO_2 Electrode for Production of Titanium Sponge by FFC Process

    FFC法制备海绵钛的TiO2电极行为研究

  20. The paper dissertated the impurity distribution of titanium sponge and its affect on product quality .

    本文论述了海绵钛产品的杂质分布及对产品质量的影响。

  21. Application of DCS in the Titanium Sponge Deoxidization and Distillation

    DCS在海绵钛还原蒸馏过程的应用

  22. The yield of the titanium sponge and products in Japan increased by 26 % and 4.4 % respectively ;

    日本的海绵钛和加工材生产量分别增长26%和4.4%;

  23. Study on the gas chromatographic analysis of the purity of silicon tetrachloride recovered from the titanium sponge production

    气相色谱法分析海绵钛生产中回收的四氯化硅纯度的研究

  24. Recycle experiment and analysis of the waste brought in the process of removing vanadium by copper wires in titanium sponge 's production

    海绵钛生产中铜丝除钒废弃物的回收实验与分析

  25. The rise and development of the extraction of titanium sponge and the manufacture of titanium mill products in the last century are introduced .

    介绍了海绵钛提取及钛材生产在20世纪的兴起与发展;

  26. All of this prove that larger single-furnace in titanium sponge manufacturing is a certain trend in the future .

    海绵钛生产单炉大型化是今后发展的必然趋势,也是提高我国海绵钛产业在国际市场上竞争能力的重要途径。

  27. This is titanium sponge that comes out of the bottom of this reactor , and it subsequently re-melted in a vacuum arc furnace .

    海绵状的钛,从反应器的底部出来,随后在真空炉中重新熔炼。

  28. Vacuum distillation is the key process to remove foreign materials from titanium sponge . Rational choosing of assembling vacuum unit is of vital importance to improving the quality of titanium sponge .

    真空蒸馏是除去海绵钛中杂质的关键过程,合理选择真空机组对提高海绵钛的质量至关重要。

  29. According to the features of reduction distillation technology and characteristics of all kinds of vacuum pumps , the best assembling vacuum unit on producing titanium sponge by Kroll Process was has been brought forward .

    根据镁还原-真空蒸馏工艺的特点及各种真空泵的特性,提出了克劳尔法生产海绵钛工艺中真空蒸馏的最佳真空机组。

  30. Pointed to the inadequacy of above mentioned processes and based on using SOM technology , a new continuous synthesis process with low consumption and non-pollution for production of titanium sponge from ore containing titanium oxide was proposed .

    针对这些方法中存在的不足,提出了一种利用固体透氧膜技术直接从含钛氧化物矿制备海绵钛的连续、低成本、无污染的绿色冶金新工艺。