Increasing the production of high-grade hollowware without involving additional production space M. I. KleimanL. V. TarnavskayaB. M. Tetel'boim Machinery for the Glass Industry Pages: 585 - 588
Tests on a new glass furnace K. M. TatevosyanK. A. KostanyanR. B. Korukhchyan Science for the Glass Industry Pages: 589 - 591
Ways of increasing the chemical stability of industrial glasses T. D. AndryukhinaE. I. RaevskayaD. S. Putova Science for the Glass Industry Pages: 592 - 595
Plasma sputtering of metals on high-quality hollowware I. I. NemetsV. P. KrokhinA. I. Silko Science for the Glass Industry Pages: 596 - 598
Uhf monitoring of stresses in slag sitall P. D. SarkisovV. I. Borul'ko Science for the Glass Industry Pages: 598 - 600
Preparation of slip for mechanized application G. P. RodionovaN. S. SmirnovE. I. Shatravka Science for the Glass Industry Pages: 600 - 602
Thermal-shock resistant porcelain acidproof refractories made from bodies with tripoli additions V. F. PavlovI. V. Meshcheryakova Science for the Ceramics Industry Pages: 603 - 605
Nature of the color in iron-zircon pigment O. S. Grum-GrzhimailoM. S. BibilashviliN. S. Belostotskaya Science for the Ceramics Industry Pages: 606 - 608
A dense ceramic based on gadolinium-gallium garnet O. V. GorshkovaE. S. Lukin Science for the Ceramics Industry Pages: 609 - 612
Cordierite masses with mullite fireclay and corundum L. A. Radzikhovskii Science for the Ceramics Industry Pages: 613 - 616
Sintering of tin oxide ceramic with additives T. E. Os'kinaK. B. ZaborenkoT. I. Pron'kina Science for the Ceramics Industry Pages: 617 - 620
Automatic control of oxygen in waste gases L. M. SalautinaV. S. Nedosekov At Enterprises and Institutes Pages: 621 - 622
Determination of Pb, Ti, Nb, and Si in “sikonds” K. P. IvanovaA. A. ZhukovetsT. A. Luk'yanenko Aid to Plant Laboratories Pages: 623 - 625