grinding aids

英 [ˈɡraɪndɪŋ eɪdz] 美 [ˈɡraɪndɪŋ eɪdz]

网络  助磨剂

化学



双语例句

  1. Property Research of Grinding Aids in Activation of Fly Ash Activity
    助磨剂对粉煤灰活性激发的性能研究
  2. Based on the use of cement grinding aids in the work for several years, the author will give some suggestions on the selection and use of grinding aids for manufacture of cement scientifically.
    作者根据多年工作中对水泥助磨剂的了解和使用,就水泥生产企业如何选择和使用水泥助磨剂提出看法和意见。
  3. Study on determination method of properties of cement grinding aids
    水泥助磨剂性能测定方法的试验研究
  4. Application Research of grinding aids for mullite grinding process
    莫来石粉磨过程中助磨剂的应用研究
  5. The use of grinding aids in the manufacture of cement can reduce production costs and energy consumed.
    在水泥粉磨作业中使用水泥助磨剂有利于降低生产成本、节能降耗。
  6. When admixture adding rate increased 6%, strength of test samples in each age is equal to that of samples without compound grinding aids added;
    混合材掺量增加6%后,试样各龄期强度与不加复合助磨剂的水泥样强度相当;
  7. The Company is a professional manufacturer of abrasive Polishing machines, shot blasting machine, polishing abrasives, grinding aids as a whole set of manufacturing companies.
    本公司是专业生产研磨光饰机、抛丸机、抛光磨料、研磨助剂为一体的成套制造公司。
  8. Comprehensive analysis from the grinding effects and the development of strength, we can know that carboxylic acid substances are more suitable for high-performance fly-ash cement grinding aids.
    从助磨效果以及增强效果两方面综合分析,羧酸类物质更适合用做粉煤灰水泥高效助磨剂。
  9. The mechanism, applications of grinding aids in the preparation of several kinds of powders, especially in ultra-fine powders were reviewed in this article.
    在分析总结大量文献资料的基础上,对助磨剂在粉体制备中的作用机理及其在超细粉体制备过程中的应用研究现状进行了综述。
  10. It is certain for cement grinding aids to extensively use from the development trend of world cement industry.
    从世界水泥工业的发展趋势来看,水泥助磨剂的广泛推广使用势在必行。
  11. Research on grinding aids in Al_2O_3 ultrafine grinding
    助磨剂在氧化铝超细粉碎中的试验研究
  12. The Function of the Grinding Aids and the Research of the Mechanism
    助磨剂的作用及作用机理研究
  13. Study and economic analysis of the use of GJ-108 grinding aids in certain gold mine
    助磨剂GJ-108在某金矿的应用试验研究及经济效益分析
  14. The use of grinding aids can increase cement production, reduce productive cost, and improve cement performance.
    使用助磨剂能增加水泥产量,降低水泥生产成本。
  15. Study on high performance grinding aids of cement
    高性能水泥助磨剂的研究
  16. A Survey on Study and Application of Cement Grinding Aids
    水泥助磨剂的研究及应用概况
  17. Trial research and application of modified triethanolamine as grinding aids
    改性三乙醇胺作助磨剂的试验研究与应用
  18. The results indicate that both kinds of grinding aids increase the powder fineness and the Blain's values considerably.
    研究结果表明:多元醇类助磨剂和多元醇胺类助磨剂,都能显著提高水泥粉体的细度;
  19. Both laboratory and industrial investigations were utilized to study to performance of the grinding aids systematically.
    分别采用小磨实验研究和工业实验研究两种方法对所配制助磨剂进行了系统全面的研究。
  20. Advances in research and development of grinding aids
    助磨剂的开发与研究进展
  21. Secondly, it tests the effect of hydration with grinding aids by XRD and SEM and explains the grinding mechanism.
    其次,利用XRD和SEM等微观分析手段,检验了水泥助磨剂对水泥水化的影响,并探讨了助磨剂的助磨机理。
  22. Analysis was also made of the mechanism of grinding aids in combination with the crystal structure of bauxite and the slurry rheology.
    结合铝土矿的晶体结构和矿浆流变性质对助磨剂的作用机理进行了分析。
  23. But previous studies focused on the composite grinding aids and lacked systematic study on single-component grinding aids.
    以往的研究多集中在复合助磨剂上,而对单组分助磨剂缺乏系统的研究。
  24. Therefore, adding grinding aids in slag grinding process is a good choice.
    因此在矿渣粉磨过程中加入助磨剂是很好的选择。
  25. Second, we can add grinding aids in the grinding process.
    二是在粉磨过程中使用助磨剂。
  26. Triisopropanolamine ( TIPA) is one of commonly used components of cement grinding aids.
    三异丙醇胺(TIPA)是水泥助磨剂的常用组分之一。
  27. By analysis the test results, we find some components with good grinding effects and enhance effect to do the composition of composite cement grinding aids.
    通过对测试结果的分析,最终确定了助磨效果和增强效果较好的几种组分,进行复合水泥助磨剂的组成设计实验。
  28. The result show that GF-443 grinding aids accelerated hydration rate and heat within 28 days.
    结果表明,GF-443助磨剂加速了水泥28d龄期内的水化速率和水化放热,促进了水泥的水化。