Direct-flow furnace for the production of container glass V. N. KiselevN. N. VeselovskiiT. S. Strueva Science for the Glass Industry Pages: 369 - 372
Microprocessor control of the gas-flame melting of vitreous silica V. G. KharazovA. L. FokinP. A. Obnovlenskii Science for the Glass Industry Pages: 372 - 375
Effectiveness of controlling the structure of electrical equipment during technical re-equipment V. P. BochkarevO. V. FedorovV. V. Fufaev Science for the Glass Industry Pages: 376 - 379
Choice of an electric motor for the fan drive of glass quenching equipment A. I. Shutov OriginalPaper Pages: 379 - 381
Tin oxide films on glasses of various composition O. P. ProshinaI. L. NesterovaP. V. Kovtunenko Science for the Glass Industry Pages: 381 - 384
Quasiisostatic compaction of tubes M. I. TimokhovaV. S. RachkovYu. N. Sil'vestrov Science for the Ceramic Industry Pages: 385 - 387
Pigments having a cordierite type structure G. N. MaslennikovaN. P. Fomina Science for the Ceramic Industry Pages: 387 - 389
Ceramic pigments in the Nio-Mgo-Sio2 system E. V. SobolevA. S. BystrikovN. N. Kozakova Science for the Ceramic Industry Pages: 390 - 393
Single-course jet drying and firing of ceramic pipes in furnaces with a gas cushion A. A. IoninV. Yu. StarovM. A. Buz Science for the Ceramic Industry Pages: 393 - 396
Using wollastonite in electrical porcelain bodies F. Kh. TadzhievR. IsmatovaT. T. Abdikhodzhaev Science for the Ceramic Industry Pages: 396 - 397
Temperature stresses in heat-absorbing glass V. M. Savost'yanovF. L. ShekhterKh. G. Yaroker At the Enterprises and Institutes Pages: 398 - 401
Reasons for variations in the sizes of glass tubing E. V. Zhitkevich At the Enterprises and Institutes Pages: 402 - 403
Glass charge composition adjustment N. A. PankovaA. E. Sorkina Aid to Industrial Laboratories Pages: 404 - 407
