1. Automation of production processes in ferrous metallurgy

   • L. A. Charikhov

   BriefCommunication Pages: 294 - 296

2. Automatic control of the output of a blast furnace by using computing techniques

   • K. A. Shumilov
   • V. N. Korotkevich
   • V. L. Mel'nichuk

   Pig Iron Pages: 297 - 299

3. Automation of the cycle for cooling tails in the sintering mill

   • V. A. Syromyasskii
   • B. G. Novikov
   • K. A. Okatyi

   Pig Iron Pages: 300 - 302

4. Operation of the blast-furnace with automatic regulation of the distribution of blast among the tuyeres

   • G. I. Chernov
   • N. A. Evdokimov
   • M. R. Nikolaeva

   Pig Iron Pages: 303 - 305

5. A unit for measuring the loss of top dust

   • N. P. Maksimenko

   In the Blast Furnace Departments of the Country Pages: 306 - 306

6. Proportional dosing of moisture in the agglomerate charge

   • S. I. Konovalov
   • V. I. Sekir

   In the Blast Furnace Departments of the Country Pages: 307 - 307

7. Combatting dust in the areas below the bins

   • R. A. Kucherskii
   • M. V. Grishchenko
   • K. D. Malevannyi

   For Safety Pages: 308 - 310

8. The use of natural and coke-oven gases in blast-furnace production

   • G. D. Gol'derman

   Metallurgy Abroad Pages: 311 - 312

9. Mechanization of the steelmaking process in arc furnaces

   • Yu. E. Efroimovich
   • A. F. Kablukovskii
   • V. E. Pirozhnikov

   Steel Pages: 313 - 315

10. Control of the open-hearth process by using computers

    • G. D. Surguchev
    • O. M. Blinov
    • M. R. Reiss

    Steel Pages: 316 - 318

11. Experience in automating heat-regimes for a high-load open-hearth furnace

    • Yu. N. Tuluevskii
    • V. A. Korylin
    • E. M. Slobodkin

    Steel Pages: 319 - 321

12. Measuring temperature in the converter bath

    • I. G. Zel'tser
    • Yu. S. Kamenev
    • N. A. Sorokin

    Steel Pages: 322 - 323

13. Automatic gas analysis

    • E. A. Nechaev

    Steel Pages: 324 - 325

14. The use of continuous dynamometers on the sheet mill

    • G. G. Rannev
    • S. N. Vysokoskii
    • V. V. Shtrits

    Rolled Products Pages: 326 - 328

15. A computer calculates the reduction schedule on the 2500 mill

    • V. P. Polushkin
    • N. I. Medovshchikova

    Rolled Products Pages: 329 - 330

16. A mechanism for the injection of dry lubricant into tube shells in front of the tube-rolling mill

    • M. G. Berdyanskii
    • I. I. Brodskii
    • V. F. Veevnik

    Rolled Products Pages: 331 - 332

17. Mechanization of the handling of hot metal from the mill line

    • Yu. G. Lebedev
    • I. N. Potapov

    Rolled Products Pages: 333 - 334

18. Semi-automatic cutting of plate

    • A. V. Zhigula
    • G. I. Korotkov
    • P. A. Poltorak

    Rolled Products Pages: 335 - 336

19. A device for cutting off unfinished ends of tube blanks

    • A. F. Krisanov
    • G. K. Goncharov
    • S. G. Podol'skaya

    Rolled Products Pages: 337 - 338

20. Abolish excessive loading tests of bridge cranes communication 1. Nizhne-Tagil Combine

    • N. Kulikov

    Rolled Products Pages: 339 - 340

21. Abolish excessive loading tests of bridge cranes communication 2. Donetskii Plant

    • P. M. Oleksa
    • I. S. Katsin
    • I. I. Os'maga

    Rolled Products Pages: 341 - 341

22. Automation and mechanization of industrial processes at the Karaganda Metallurgical Plant

    • V. G. Aleinichenko
    • Yu. A. Shevyrin

    Rolled Products Pages: 342 - 343

23. University of technical progress

    • M. Kamenskii
    • D. Oterin

    Rolled Products Pages: 344 - 346

24. The creativity of engineers and technicians

    • N. Tambovtsev
    • I. Saranskikh

    Rolled Products Pages: 347 - 348

25. A community shop for the introduction of innovators's suggestions is in operation

    • A. Luk'yanchenko
    • S. Vishnevetskii

    Rolled Products Pages: 349 - 350