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Showing 1-20 of 25 results
  1. Highly Reactive Magnesia Production: Modeling and Experiment

    The thermodynamic equilibrium conditions of bicarbonate leaching were analyzed and used to develop a mathematical model for determining the...

    M. Yu. Turchin, A. V. Masalimov, ... I. A. Grishin in Refractories and Industrial Ceramics
    Article 01 September 2019
  2. Satkinsk Deposit Magnesite Enrichment by an X-Ray Transmission Method

    Industrial test approval is carried out in AO Magnezit Combine for Satkinsk magnesite separation technology using an x-ray transmission separator...

    L. M. Aksel’rod, M. O. Turchin, ... I. I. Galikhanov in Refractories and Industrial Ceramics
    Article 01 September 2016
  3. Study of Thermal Decomposition of Natural and Synthetic Magnesium Compounds

    Processes are considered for thermal decomposition of natural (magnesite, brucite) and synthetic (hydromagnesite, hydroxide) magnesium compounds....

    I. D. Kashcheev, K. G. Zemlyanoi, ... E. A. Voskretsova in Refractories and Industrial Ceramics
    Article 01 January 2016
  4. Magnesite enrichment by a dry method

    Results are provided for enrichment of low grade magnesite of the Satkinsk deposit (MgO 43.1%, CaO 4/07%, SiO 2 , Δ m calc 50.6%) by electric...

    A. M. Urvantsev, I. D. Kashcheev in Refractories and Industrial Ceramics
    Article 06 July 2012
  5. Steelmaking. Use of refractory materials. Correction of trends. Predictions

    An analysis of the development in 2011 of ferrous metallurgy, the principal consumer of refractory materials, together with predictions for the...

    Article 06 July 2012
  6. Development of refractory production in the world and in Russia, new technologies

    It is noted that under conditions of increasing competition among refractory producers there is a greater tendency of Russian refractory...

    Article 01 July 2011
  7. Oxide-carbon refractories produced by OOO Gruppa Magnezit in lining steel-pouring ladles

    The activity of OOO Gruppa Magnezit is described, concerning production of oxide-carbon refractories, and methods of preparing refractory linings...

    L. M. Aksel’rod, A. P. Laptev in Refractories and Industrial Ceramics
    Article 01 March 2011
  8. Refractory materials and methods for increasing the life of converter linings from experience of OOO Gruppa Magnezit

    Experience of using OOO Gruppa Magnezit refractory materials in the lining of acid converters in Russia and the Ukraine is summarized briefly....

    L. M. Aksel’rod, A. P. Laptev, A. A. Shlyapin in Refractories and Industrial Ceramics
    Article 01 January 2008
  9. The Ural mineral raw-material base for the ceramics, refractory, and glass industry

    Brief information is reported on the promising deposits of clays and kaolins, feldspars and their substituents, quartz minerals, carbonate rocks,...

    N. F. Solodkii, A. S. Shamrikov in Glass and Ceramics
    Article 01 September 2006
  10. Properties for obtaining magnesia products from the Zabakal'sk group of magnesites

    An all-round investigation of the properties of refractories made from Zabaikal'sk magnesites showed that they can be widely used in very diverse...

    N. S. Afinogenova, L. D. Bocharov, ... O. I. Frolov in Refractories
    Article 01 March 1993
  11. Investigating the advantages of using a lead trench for the selective working of a magnesite deposit

    Strip** a magnesite deposit from the underside, despite the favorable schedules for strip** and mining operations, is ineffective because of the...

    V. P. Vylomov in Refractories
    Article 01 May 1990
  12. Zirconia sitall coatings for ceramic tiles made by rapid, low-temperature firing

    Yu. G. Shteinberg, É. Yu. Tyurin, ... E. M. Milyukov in Glass and Ceramics
    Article 01 February 1988
  13. Providing the optimum level of geological information in open working of minerals

    For the conditions of open working in magnesite deposits of the Satkinsk group we established the required accuracy of contouring with respect to the...

    A. K. Myasoedov, P. M. Patichenko, ... A. I. Vladimirov in Refractories
    Article 01 July 1986
  14. Siting a test block for the underground method of develo** the Satkinsk magnesite deposits

    A test block for underground working of the Gologorsk section should be located in the section bounded by the section lines 15–20 at level +260 m.

    The...

    A. N. Merkulov, Kh. I. Algyukov, ... M. E. Dubrovin in Refractories
    Article 01 November 1985
  15. Beneficiating magnesites from the Krasnoyarsk region

    N. A. Yur'eva, É. V. Cherepanov, ... M. G. Kurochkin in Refractories
    Article 01 July 1985
  16. Effective conditions for winning magnesite by the underground method

    A. N. Merkulov, Kh. I. Aglyukov, ... Yu. N. Chistyakov in Refractories
    Article 01 March 1983
  17. Use of an electric hammer for splitting oversize magnesite blocks

    Yu. F. Kabachkov, B. M. Vainer, V. V. Lesnikov in Refractories
    Article 01 September 1982
  18. Low shrinkage ceramic tiles from a carbonate-loam charge

    G. I. Knigina, A. A. Sharovatov, T. S. Balandina in Glass and Ceramics
    Article 01 November 1981
  19. Beneficiation of satkinsk magnesite by photometric separation

    E. K. Kozhevnikov, L. P. Chernitskii in Refractories
    Article 01 July 1980
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