水泥熟料

shuǐ ní shú liào
  • cement clinker
水泥熟料水泥熟料
  1. 用外部标准的水泥熟料矿物X射线定量分析法

    The quantitative analysis of cement clinker minerals by XRD using an external standard

  2. β-C2S的稳定性及防止其在普通水泥熟料中粉化的一些因素的探讨

    Discussion on the stability of β - c_2s and some factors preventing dusting from Portland cement clinker

  3. P(?)O(?)对硅酸盐水泥熟料矿物组成影响的研究

    Effect of phosphate on the mineral composition of Portland cement clinker

  4. 硅酸盐水泥熟料中A矿和B矿的晶体形貌特征

    Characteristics of crystal morphology for Alite and belite in Portland Cement Clinker

  5. 活化粉煤灰对高C3S含量水泥熟料水化过程的影响

    Effect of Activated Fly Ash on Hydration Process of high C_3S Clinker

  6. Cu尾矿、萤石做复合矿化剂生产水泥熟料的探讨

    Study on producing cement Cu tailings and fluorite

  7. V2O5对水泥熟料煅烧和性能的影响

    Effect of V_2O_5 , on clinker burning and clinker properties

  8. 基于CCD比色法的水泥熟料温度场监测仪

    Colorimetric CCD Measurement of Cement Bulk Temperature Field

  9. 高C3S含量硅酸盐水泥熟料极限石灰率值选择及控制方法的探讨

    Discussion on selection and control method of lime saturation factor of Alite-rich Portland cement clinker

  10. 用铅锌尾矿和页岩制备高C3S硅酸盐水泥熟料的研究

    Study on Production of High Tricalcium Silicate Portland Cement Clinker by Lead-Zinc Tailing and Shale

  11. 掺ZnO快烧波特兰水泥熟料形貌及ZnO固溶情况的研究

    A study the pattern and ZnO solubility of Quick - burning adding-ZnO Portland clinker

  12. R2O、SO3对回转窑硅酸盐水泥熟料煅烧和质量的影响

    The Influences of R_2O and SO_3 on the Baking and Quality of Silicate Clinker in Rotary kiln

  13. 氟硫对高含量MgO水泥熟料的影响

    Effect of fluorine and sulfur on high MgO content cement clinker

  14. 本文对煅烧水泥熟料过程中Pb的逸放污染进行了研究,并提出了相应的防治措施。

    The paper has researched the emission of Pb during the calcination of the cement clinker .

  15. 减少或保持现有硅酸盐水泥熟料的产量,以减少向大气排放CO2;

    Decreasing or maintaining the present output of clinker may reduce discharge of CO2 to atmosphere .

  16. 高C3S水泥熟料形成化学与掺杂C3S结构研究

    The Chemistry of Cement Clinker Formation Containing High Amount of C_3S and the Structure of Doped C _3S

  17. CaOSiO2Al2O3BaSO4系统中贝利特白水泥熟料形成过程的研究

    Study of Clinker Formation of White Belite Cement in the CaO-SiO_2-Al_2O_3-BaSO_4 System

  18. ICP-AES法快速测定水泥熟料中SO3的含量

    Fast Determination of the SO _ 3 Content in Cement Clinker by ICP-AES

  19. MgO对磷铝酸盐富玻璃相水泥熟料相组成及水化性能的影响

    Effect of MgO on the phase composition and hydration property of aluminophosphate glass-rich cement

  20. 煅烧水泥熟料过程中,Pb的逸放率随Pb元素掺入量的增加而增大。

    The Pb emission rate increases with the increase of Pb mixing content in raw materials during the calcinations .

  21. 利用X射线衍射、扫描电镜与能谱分析等测试手段分析了阿利特硫铝酸钡钙水泥熟料的组成和结构。

    The mineral constituents and the structures of the clinker were analyzed by X-ray diffraction , scanning electron microscope and energy depressive spectrum .

  22. 由于水泥熟料存在非晶相以及水泥熟料严重的多峰重叠现象,给X射线定量分析带来了极大的难度。

    As there exists a amorphous phase in cement clinker and a serious multi-peak overlap phenomenon , huge difficulty in the X-ray quantitative analysis results .

  23. BaSO4活化C2S水泥熟料锻烧工艺的探讨

    Burning Process of BaSO_4 Activated C_2S Cement Clinker

  24. ICS型水泥熟料电子秤

    Electronic scale ICS for cement clinker

  25. 对水泥熟料物相定量分析的常规X射线衍射法(外标法和重叠峰自清洗法)与X射线全谱拟合法的分析结果进行了对比分析。

    Three X ray methods for quantitative phase analysis of cement clinker ( external standard method , superposing peak k value method and Rietveld method ) were studied comparatively .

  26. MnO2对水泥熟料矿物烧成及组分的影响

    Influence of MnO_2 on Cement Clinker Firing and Components

  27. 60m直径水泥熟料筒仓温度作用研究

    Study of temperature effect in a large diameter silo of cement clinker

  28. 快速升温对CaCO3分解及水泥熟料煅烧的影响

    The Effect of Rapid Heating-up on the Decomposition of CaCO 3 and Cement Clinker Burning

  29. 以Ca(OH)2作为胶结充填砂浆中粉煤灰火山灰反应和水泥熟料水化反应的桥梁建立的水化反应动力学模型,基本上与浆体实际水化反应过程相符;

    Using Ca ( OH ) 2 as the bridge the fly ash and cement reaction in filling slurry to build the model of hydration reaction kinetics matchs case the true reaction .

  30. 并根据工程实际的需要,开发了基于OPC通讯技术水泥熟料生产操作培训与控制集成系统。

    Connecting with the construction practice , an operational training and control integrated system of the cement producing is designed based on OPC communication technology .