1. In honor of the Great October Jubilee

   • V. I. Maksimenko

   Implementing the Resolutions of the 25th Congress of the CPSU Pages: 207 - 210

2. Creative development

   • M. V. Sudarev

   Implementing the Resolutions of the 25th Congress of the CPSU Pages: 210 - 211

3. The exchange process in the molten glass inside a vertical glass-drawing furnace

   • V. M. Budov
   • T. B. Zhuze
   • V. V. Pollyak

   Science for the Glass Industry Pages: 212 - 215

4. The dependence of the microbrittleness of flat glass on the concentration of SO₃

   • N. G. Kisilenko
   • B. V. Tarasov
   • B. G. Varshal

   Science for the Glass Industry Pages: 216 - 219

5. The 60th birthday of B. I. Borisov

   Science for the Glass Industry Pages: 220 - 220

6. The chemical composition and structure of the surface layer of glass colored by an electrochemical method

   • N. N. Semenov
   • O. E. Koblova
   • A. P. Gai

   Science for the Glass Industry Pages: 221 - 223

7. The effectiveness of moisture absorbents in double-glazing units

   • S. M. Komskii
   • I. A. Cheburakhova

   Science for the Glass Industry Pages: 224 - 227

8. The use of enamels, surfactants, and pigments for enamelling toughened products

   • V. M. Ivanova
   • L. V. Gvozdeva

   Science for the Glass Industry Pages: 227 - 228

9. A qualitative method for monitoring the chemical corrosion of glass

   • G. V. Kochetkova
   • A. I. Makeeva

   Science for the Glass Industry Pages: 229 - 230

10. The mechanism of destruction and a method of increasing the stability of the working surfaces of parison molds

    • A. N. Orlov
    • R. I. Dubrovskii
    • L. D. Shapiro

    Machine Design for the Glass Industry Pages: 231 - 233

11. Investigation of the hydrodynamics of molten glass currents with the model of a two-gob feeding of glass-forming machines

    • M. Kh. Zakon
    • V. I. Drozdov
    • A. A. Sokolov

    Machine Design for the Glass Industry Pages: 234 - 237

12. Compositions and glazes for the production of large sanitary-building articles made from fireclay faience

    • N. S. Belostotskaya
    • L. Ya. Shapiro
    • G. V. Kudryashov

    Science for the Ceramics Industry Pages: 238 - 240

13. Thermomechanical characteristics of aluminosilicate materials in dependence upon both their structure and composition

    • L. V. Sokolova
    • V. S. Bakunov
    • D. N. Poluboyarinov

    Science for the Ceramics Industry Pages: 240 - 244

14. Experimental investigations of the drying of faience bodies with the aid of a vacuum-pulse technique

    • A. P. Konoval'chikova
    • V. M. Baigot
    • Yu. N. Kryuchkov

    Science for the Ceramics Industry Pages: 244 - 246

15. Opaque (dull) sitall-liquation zirconia glaze

    • Yu. G. Shteinberg
    • E. Yu. Tyurn

    Science for the Ceramics Industry Pages: 247 - 249

16. Reasons for the instability of the physicochemical properties of tin oxide obtained by the decomposition of tin hydroxides

    • K. B. Zaborenko
    • T. E. Oskina
    • I. G. Mel'nikova

    Science for the Ceramics Industry Pages: 250 - 252

17. Semi-industrial testing of the concentration technology of potash feldspar (orthoclase) in heavy suspensions

    • I. I. Dumanov
    • I. I. Davydenko
    • G. E. Kazieva

    Science for the Ceramics Industry Pages: 252 - 254

18. The role of the master in modern glass production

    • L. V. Kazakova

    Constant Attention to Quality Pages: 255 - 258

19. Efficiency experts for industry

    • V. S. Chalaya

    Plant Experience Pages: 259 - 261

20. Production of refractory hearth slabs for roller furnaces for the rapid firing of earthenware

    • V. P. Mineev
    • M. V. Gauz
    • V. B. Kulish

    Plant Experience Pages: 261 - 262

21. Improving the head of a glass cutter

    • O. I. Vinokurov
    • M. A. Petrushko

    At the Enterprises and Institutes Pages: 263 - 264

22. The analysis of both raw materials and glassmaking charges by automatic potentiometric titration

    • V. V. Abramov
    • P. A. Andreev
    • R. D. Krivosheeva

    Aid to Plant Laboratories Pages: 265 - 268

23. V. S. Pavlov

    Information Pages: 269 - 270