1. Unloading mechanization for boxcars with sand

   • V. N. Paritskii
   • É. F. Freiberg

   Design Institutes for the Glass Industry Pages: 3 - 4

2. Controlling the weighing-mixing line for the glass batch preparation

   • V. E. Manevich
   • E. M. Izhanova
   • A. V. Plekhov

   Science for the Glass Industry Pages: 5 - 7

3. Melting of crystal glass from compacted charge

   • V. G. Kalygin
   • V. I. Nazarov
   • N. F. Doronina

   Science for the Glass Industry Pages: 8 - 10

4. Calculation of coefficient of resistance of electric glass-melting furnaces with flat electrodes

   • N. V. Kryukov

   Science for the Glass Industry Pages: 11 - 12

5. Electrosmelting process for corundum refractories

   • V. A. Sokolov
   • O. N. Popov
   • S. D. Ivanov

   Science for the Glass Industry Pages: 13 - 15

6. Use of the YuS-76 equipment for studying the quality of flat glass

   • S. I. Blokhina
   • V. S. Doladugina

   Science for the Glass Industry Pages: 15 - 17

7. Thermal-shock resistance of glasses strengthened by ion exchange

   • A. M. Butaev

   Science for the Glass Industry Pages: 18 - 20

8. Aerodynamic characteristics and cooling capacity of air-blowing devices for quenching flat glass

   • A. G. Shabanov
   • A. I. Shutov
   • A. A. Chistyakov

   Science for the Glass Industry Pages: 20 - 23

9. Preparation and adjustment of solutions for chemical polishing of crystal

   • Yu. S. Lazarev

   Science for the Glass Industry Pages: 24 - 26

10. Evaluation of the durability of glass enamel on tubular air heaters of thermal electric-power plants

    • G. V. Bazayants
    • V. A. Svetlichnyi
    • V. V. Demhuck

    Science for the Glass Industry Pages: 26 - 28

11. Using rheological methods in assessing the quality of porcelain casting bodies

    • N. S. Belostotskaya
    • N. I. Fursa

    Science for the Ceramics Industry Pages: 29 - 31

12. Ceramic bodies based on stone-processing scrap

    • É. A. Alaverdova
    • D. M. Levonyan
    • M. G. Melikyan

    Science for the Ceramics Industry Pages: 32 - 34

13. Wall tiles with an underglaze layer

    • M. I. Ryshchenko
    • Yu. D. Trusova

    Science for the Ceramics Industry Pages: 35 - 36

14. Controlling technological properties of electric porcelain bodies

    • L. P. Karpilovskii
    • G. M. Likhachev
    • T. N. Kuz'mina

    Science for the Ceramics Industry Pages: 37 - 40

15. Oxide bodies containing thermoactive resins

    • T. A. Valgina
    • A. S. Vlasov
    • É. V. Panova

    Science for the Ceramics Industry Pages: 40 - 41

16. Saving fuei-energy resources

    • A. T. Shaulin
    • V. D. Fridman

    Plant Experience Pages: 42 - 42

17. Utilizing secondary energy resources in a heat supply system

    • N. Ya. Osipov
    • V. V. Zaporozhets
    • V. A. Shpakovich

    Plant Experience Pages: 43 - 44

18. Secondary raw material for producing building ceramics

    • A. N. Emel'yanov
    • V. A. Ryazanov

    Plant Experience Pages: 45 - 46

19. Ceramic molds for high-temperature drying of products

    • T. A. Pashkova

    Plant Experience Pages: 47 - 47

20. High purity mullite heat refractory

    • I. G. Mel'nikova
    • É. N. Kokorina
    • I. V. Razdol'skaya

    At the Enterprises and Institutes Pages: 48 - 50

21. Furnace for continuous melting of titanium-containing glasses

    • S. I. Matyusha
    • S. L. Rassadin
    • T. K. Trunova

    At the Enterprises and Institutes Pages: 51 - 52

22. Determination of boric anhydride in crystal glass

    • G. P. Svistunova
    • T. Yu. Ryabova
    • P. A. Andreev

    Aid to Plant Laboratories Pages: 53 - 54