硅酸锆

  • 网络Zirconium Silicate;zircon
硅酸锆硅酸锆
  1. 硅酸锆的超细粉碎及其对釉料遮盖力的影响

    The effect of ultrafine grinding of zirconium silicate on covering power of glaze

  2. 球磨超细硅酸锆湿法粉碎生产线及工艺特点

    Ball mill superfine wet grinding line of zirconium silicate and its technical characteristics

  3. 硅酸锆分子振动模及其高温原位Raman光谱

    Vibrational modes and in-situ high temperature Raman spectra of zircon

  4. 带有卤素元素和锂离子的矿化剂对硅酸锆的形成以及降低合成温度有比较明显的催化作用。其中,LiF是最适合的矿化剂。

    The mineralizers with halogen elements and Li have the obvious catalytic effect at synthesis of the zircon and decreasing the synthetic temperature and the LiF is the best mineralizer .

  5. 实验发现改变沉淀pH值、水热温度,水热时间均不能改变硅酸锆的晶形,其原因可能是硅酸锆在本实验范围内的水热的条件下具有形成片层结构的结晶习性。

    The results showed that the pH value of precipitation , hydrothermal temperature , holding time had little effect on the crystal form of zircon . This might be attributed to the crystal habit of lamellar structure under the hydrothermal conditions of this experiment .

  6. 采用化学共沉淀技术制备了锑掺杂二氧化锡(ATO)包裹硅酸锆的导电粉体,对比了该导电粉体与ATO在防静电陶瓷中的应用效果。

    Conductive powder have been prepared by coated antimony-doped tin oxide ( ATO ) on zircon using chemical coprecipitation technology . The application effect in antistatic ceramic of the conductive powder and ATO was compared .

  7. 以微晶玻璃、铝矾土和硅酸锆为主要原料,用烧结法在铝质粘土砖表面制备了厚度为1~3mm的耐高温耐磨陶瓷涂层,拓宽了粘土砖的应用范围。

    A wear-resistant ceramic coating was prepared on the surface of clay brick using glass-ceramics , bauxite and zircon as the starting materials . The coating was sintered at 1350 ℃ and has a thickness of 1 ~ 3mm .

  8. 介绍了GJM-90型超细硅酸锆湿法生产线的工艺流程、主要设备的技术性能以及工艺特点。

    This paper introduces the process flow , the technical performances of the major equipments and technical characteristics of mode GJM-90 superfine wet grinding line of zirconium silicate .

  9. 研究了硅酸锆(ZrSiO4)在半金属和无金属摩擦材料中的作用,对摩擦性能的影响和摩擦机理。

    The roles and friction mechanisms of zircon ( ZrSiO_4 ) as an abrasive in both semi-metallic and s non-metallic friction materials as well as the effects of zircon on friction performance were investigated .

  10. 硅酸锆超细粉粒度分布的快速测定

    Fast Determination of the Size Distribution in Zirconium Silicate Ultrafine Powder

  11. 球磨制备超细硅酸锆分段磨的实践

    Preparation of superfine zirconium silicate stage by stage by ball milling

  12. 不同加工工艺对硅酸锆粉料粒度分布的影响

    Effect of Different Milling Process Distributing of Zirconite Powder Granularity On Granularity

  13. 硅酸锆超微粉的湿法分级实验研究

    Experimental study on wet classification of zisio_3 superfine powder

  14. 采用搅拌球磨机制备超细硅酸锆的实践

    Preparation of Ultrafine Silicious Zirconium by Agitator-ball Mill

  15. 硅酸锆超细磨矿试验研究

    Experimental Research of Ultrafine Grinding of Zirconium Silicate

  16. 精细陶瓷原料硅酸锆高纯超细粉的研制

    Study on Ultrafine Ceramic Powder of Zirconium Silicate

  17. 我们的追求是:为一流的陶瓷企业提供一流的硅酸锆产品!

    Our aim is : providing the first-class products for the first-class ceramics enterprises .

  18. 铁球磨介硅酸锆超细粉碎的工艺研究

    Technological Study on the Ultrafine Pulverization of Zirconium Silicate by Iron Ball Grinding Medium

  19. 硅酸锆粉体合成及其涂层制备的研究

    A Study on the Synthesis of ZrSiO_4 Powder and the Preparation of ZrSiO_4 Coating

  20. 陶瓷乳浊剂硅酸锆的研制

    The development on ceramic opacifier zirconium silicate

  21. 几种用于硅酸锆超细粉的陶瓷研磨介质的损耗的研究

    Wear Losses of Three Kinds of Ceramic Ball Used in Preparing Zirconium Silicate Superfine Powder

  22. 本文论述了陶瓷乳浊硅酸锆超细粉的质量指标,以及影响遮盖力的几个主要因素。

    This paper introduces the quality indexes of zirconium silicate and its raw material zircon .

  23. 硅酸锆超细粉碎的工艺研究

    Process Research on ZrSiO_3 Ultrafine Grinding

  24. 溶胶沉淀法合成硅酸锆包裹硫硒化镉颜料的研究

    The Study of ZrSiO_4-Cd ( S_xSe_ ( 1-x )) Pigments Synthesized by Sol and Co-Precipitation Method

  25. 纳米硅酸锆的水热合成

    Hydrothermal synthesis of zrsio_4 nano-meter powder

  26. 复合锆珠由硅酸锆和氧化铝粉经特别的工艺烧结复合而成。

    DURA-32 Zirconia Toughened Alumina ( ZTA ) bead was sintered from alumina powder and zirconium silicate powder .

  27. 在硅酸锆含量为5.6%时,摩擦材料表面生成的摩擦膜(层Ⅰ和层Ⅱ)最少。

    The transition between two layers was found on friction surface of Zr-5.6 ( zircon content 5.6 vol. % ) .

  28. 硅酸锆超细粉是建筑陶瓷的重要原料,国内主要采用以搅拌磨进行湿法研磨生产。

    Zirconium silicate superfine powder is an important material used in ceramic , the main process in China is wet grinding by agitating mill .

  29. 非晶的添加越多,晶化越完全;基体相主要为莫来石相和硅酸锆相,而氧化锆做为最主要的析出物。

    By adding more amorphous , crystallization process becomes more complete ; the matrix phases are mainly mullite and zirconium silicate phase , while zirconia is the most important precipitation .

  30. 兼营釉用化工原料、硅酸锆、锆英粉、锆英砂、萤石粉及各种规格水晶砖、亚光砖、仿古砖和抛光砖(建议在顶部搜索“硅酸盐”,以便查询更多硅酸盐报价。)

    Glaze concurrently with chemical raw materials , zirconium silicate , zircon flour , zircon sand , fluorite powder and all kinds of crystal tiles , matt tiles , antique tiles and polished .