To provide the eastern regions with highly efficient methods of metal production BriefCommunication Pages: 157 - 158
Production of sinter by means of the gas sintering method A. K. Rudkov Blast-Furnace Production Pages: 159 - 162
Blast-furnace operation at top gas pressure above 1 atmosphere V. P. OnoprienkoB. N. StarshinovG. V. Rabinovich Blast-Furnace Production Pages: 162 - 163
Control of the blast-furnace process by means of radioactive isotopes V. A. SmoliakV. N. Uzliuk Blast-Furnace Production Pages: 163 - 166
Increasing the durability of the hearth in open-hearth furnaces E. G. Druzhinin Steel Smelting Pages: 172 - 175
The efficiency of blowing compressed air into the open-hearth furnace bath in the scrap process M. Ia. MedzhibozhskiiV. P. TunkovL. A. Smirnova Steel Smelting Pages: 175 - 179
The rolling of spring strip with parabolic edges M. I. LobarevV. S. Berkovskii Rolled Steel and Tube Production Pages: 180 - 183
Production of new sections for mining constructions M. L. Mirenskii Rolled Steel and Tube Production Pages: 184 - 186
Mechanization of labor-consuming processes in the sheet steel rolling mill A. V. Serebrenikov Rolled Steel and Tube Production Pages: 187 - 189
Experience in the operation of cold-rolling mills G. A. Grekhov Rolled Steel and Tube Production Pages: 189 - 192
Composite foundations for heavy equipment P. I. Kovalev Rolled Steel and Tube Production Pages: 193 - 193
New technique of manufacturing chrome-vanadium wire for springs V. V. FedorovIa. Kh. Sartan Hardware Production Pages: 194 - 196
Development of the rolling industry (until the 20th century) L. M. Bekasova From the History of Technology Pages: 201 - 205
