Electric melting of lead crystal in a furnace with a three-phase heating system V. A. SibiryakovV. M. BudovE. D. Bakhvalov Science for the Glass Industry Pages: 583 - 587
Matt treatment of high-quality glassware using a plasma torch I. I. NemetsV. P. KrokhinA. I. Silko Science for the Glass Industry Pages: 587 - 590
Parameters for setting the temperature controllers for horizontal glass-quenching lines V. F. OvodS. I. Malyshev Science for the Glass Industry Pages: 590 - 592
Properties of low-clay enamel slips V. I. Strel'nikovYu. D. BarinovV. I. Khudyakov Science for the Glass Industry Pages: 592 - 594
An automatic pressure control system for a group of furnaces B. M. Agal'tsovM. A. ZezinA. A. Tarunin Design Institutes for the Glass Industry Pages: 595 - 597
Ferrous fused slags in ceramic tile compositions Yu. I. ChopA. A. PashchenkoI. G. Kovzun Science in the Ceramics Industry Pages: 598 - 601
Preparing clay slip in a single-chamber rotary mixing mill A. S. Sladkov Science in the Ceramics Industry Pages: 601 - 603
Polyborates as modifiers for nonvitrifying ceramic bodies B. P. TarasevichG. D. AshmarinE. V. Kuznetsov Science in the Ceramics Industry Pages: 604 - 607
Sinterability of ceramic bodies based on glauconitic clay B. I. MorozB. M. Datsenko Science in the Ceramics Industry Pages: 607 - 610
Application of ultrasonics for studying the properties of ceramics Z. D. Kovziridze Science in the Ceramics Industry Pages: 611 - 614
Zinc-free liquation glazes for porcelain prepared by the earthenware method Yu. G. ShteinbergÉ. Yu. TyurnK. Yu. Merezhinskii Science in the Ceramics Industry Pages: 614 - 616
Improving conveyor-line units V. M. Kozyr'V. V. KnyazevI. I. Katasonov Industrial Experience Pages: 617 - 618
Method and equipment for molding illumination-engineering envelopes A. K. Mal'tsevaA. I. SemernevP. N. Pleshkov At the Enterprises and Institutes Pages: 619 - 621
