1. Effect of thermal inhomogeneity of the glass melt on the quality of the glass surface

   • V. P. Bespalov
   • A. I. Korolev

   Science for the Glass Industry Pages: 59 - 61

2. Criterion for comparing the effectiveness of thermal treatment of glass melting furnaces

   • A. S. Kozlov
   • I. S. Volkov
   • G. P. Chugunova

   Science for the Glass Industry Pages: 61 - 64

3. Thermal currents in the operating space of the tank furnace

   • S. N. Gushchin
   • V. B. Kut'in
   • V. Ya. Dzyuzer

   Science for the Glass Industry Pages: 64 - 66

4. Multiple heat exchange in a model furnace with direct heating

   • V. I. Lebedev
   • V. A. Sokolov

   Science for the Glass Industry Pages: 67 - 69

5. Behavior of electrofusio n chrome -alumina -ziron refractory in contact with silicate melt

   • O. N. Popov
   • R. A. Fedorova
   • L. I. Shvorneva

   Science for the Glass Industry Pages: 69 - 72

6. Reasons for bubbles during the coloring of the glass mass in the continuous production line

   • L. S. Serdtsova
   • V. A. Fedorova

   Science for the Glass Industry Pages: 72 - 74

7. Heat exchange of the plasma jet with the surface of a refractory matrix

   • S. V. Dresvin
   • O. D. Khait
   • M. A. Orlova

   Science for the Glass Industry Pages: 74 - 78

8. Reasons for the failure of glass units in translucent enclosures of buildings

   • F. L. Shekhter
   • Kh. G. Yaroker

   Science for the Glass Industry Pages: 78 - 80

9. Experience with electric-spark alloying to increase the wear resistance of glass molds

   • V. M. Pleskach
   • P. A. Averchenko

   Machinery for the Glass Industry Pages: 81 - 82

10. Alterations in the mechanical -structural properties of slip under mechanical action

    • P. N. Khor'kov
    • G. Z. Komskii

    Science for the Ceramics Industry Pages: 83 - 85

11. Conditions of shaping ceramics with a polyorganosiloxane bond

    • G. V. Batalova
    • V. N. Drogin
    • V. S. Osipchik

    Science for the Ceramics Industry Pages: 86 - 88

12. Deflocculating slips based on marl clays

    • M. G. Sivchikova
    • A. I. Panashenko
    • I. V. Kaganova

    Science for the Ceramics Industry Pages: 88 - 89

13. Aluminous ceramic material

    • A. A. Kotel'nikova
    • N. P. Sitnik
    • G. A. Skripnik

    Science for the Ceramics Industry Pages: 89 - 91

14. Chromium-zinc pigments of the spinel type

    • G. N. Maslennikova
    • V. P. Pyrkov
    • N. P. Fomina

    Science for the Ceramics Industry Pages: 92 - 94

15. Peculiarities of the expansion of hydrated micaceous clays

    • L. F. Lindin'
    • V. É. Shvinka
    • Yu. Ya. Éiduk

    Science for the Ceramics Industry Pages: 94 - 96

16. Reducing the weight of perfume bottles

    • Ts. M. Gekhtman
    • L. D. Lyubchenko
    • É. V. Kantor

    Plant Experience Pages: 97 - 99

17. Decorating light diffusers with colors

    • V. M. Ivanova
    • E. V. Martynova
    • V. Yu. Orlova

    Plant Experience Pages: 100 - 101

18. Ceramic elements for heating surfaces of stoves

    • R. M. Sheikh-Zade
    • R. N. Ganieva
    • N. A. Komissarova

    At the Enterprises and Institutes Pages: 102 - 103

19. Rapid method for chemical analysis of composite ceramics

    • R. P. Chigina
    • V. P. Rudenko

    Aid to Plant Laboratories Pages: 104 - 105