Improving the automatic system controlling the temperature regime in a glass furnace V. G. GerasimovV. A. GordeevV. M. Lyai'kin Planning Institutes in the Glass and Ceramics Industry Pages: 221 - 224
An automatic system for controlling and monitoring the operation of a tunnel kiln for firing sanitaryware I. I. TroitskiiG. A. Yardykov Planning Institutes in the Glass and Ceramics Industry Pages: 224 - 225
New types of shaped-section (profile) glass Kh. G. YarokerG. L. Matveeva Science for the Glass Industry Pages: 226 - 228
Thermal expansion of high-silica glass M. L. MironovaG. L. Chernyshevaé. A. Abramyan Science for the Glass Industry Pages: 229 - 231
Variation of lighting engineering characteristics of selenium-cadmium glass during hardening é. B. SevryukA. I. NeichV. A. Khvostova Science for the Glass Industry Pages: 231 - 234
A magnetic rheological wheel for grinding glass Yu. I. ShlyagoE. M. GolinetsG. A. Makhlina Science for the Glass Industry Pages: 235 - 237
Determination of sedimentation resistance of enamel slips S. I. GoncharovYu. K. Kazanov Science for the Glass Industry Pages: 237 - 239
Automatic control of the water content of porcelain filter press cakes B. L. GaidashV. A. AlekoK. N. Logvinov Science in the Ceramics Industry Pages: 240 - 242
Means of speeding up the casting of sanitaryware N. I. FursaN. S. Belostotskaya Science in the Ceramics Industry Pages: 243 - 245
Prospects of improving the quality of kaolin for the pottery industries V. S. SemenovL. L. GritsatsuevaL. A. Kharlancheva Discussion Pages: 246 - 248
More reliable compressed-air transportation equipment V. S. Sharoglazov At the Enterprises and Institutes Pages: 255 - 256
Calculating the temperature coefficient of linear expansion of glazes and calcined ceramic masses A. A. NovopashinD. A. Romanyuk At the Enterprises and Institutes Pages: 257 - 258
Ionometric determination of fluorine in cryolite and aluminum fluoride T. I. DanilevichP. A. AndreevV. V. Abramov Aid to Industrial Laboratories Pages: 259 - 260