Greeting to Participants in the Fourth International Congress of Blast-Furnace Operators from V. F. Rashnikov, general director of the Magnitogorsk Metallurgical Combine Announcement Pages: 365 - 365
Prospects for the development of blast-furnace smelting V. A. Shatlov BriefCommunication Pages: 366 - 368
Analysis of the current status and future growth of the Magnitogorsk Metallurgical Combine S. K. Nosov BriefCommunication Pages: 369 - 371
The Blast-Furnace Shop at the Magnitogorsk Metallurgical Combine from Congress to Congress V. I. Sedinkin Announcement Pages: 372 - 374
Smelting pig iron at metallurgical plants operating under unstable conditions G. G. GavrilyukN. V. Tret'yakovV. A. Zavidonskii BriefCommunication Pages: 375 - 377
Relationship between physico-chemical processes in tuyere hearths and coke behavior in the hearth V. G. Druzhkov BriefCommunication Pages: 378 - 378
Maximum use of reducing gas in the blast furnace S. K. Sibagatullin BriefCommunication Pages: 379 - 379
Refining the combustion mechanism in the tuyere hearths of blast furnaces I. E. Prokhorov BriefCommunication Pages: 380 - 381
Mechanism of skull formation in hot-metal-car ladles M. N. KurbatskiiK. N. VdovinS. I. Trofimov BriefCommunication Pages: 382 - 383
Optimum sulfur content of pig iron for desulfurization outside the furnace A. N. ShapovalovV. K. Kropotova BriefCommunication Pages: 384 - 384
Reduction of thin layers of oxides of iron in a gas flow V. I. IshimovE. V. Dyul'dina BriefCommunication Pages: 385 - 385
Determination of the loss of pig iron with slag N. S. PolyakovA. A. StolyarA. S. Korshikov BriefCommunication Pages: 386 - 386
Partial replacement of coke by coal in blast-furnace heats A. K. Gusarov BriefCommunication Pages: 387 - 388
Study of the charge and gas-flow distributions in a large blast furnace with a bell-less charging apparatus V. I. Bol'shakovS. T. ShulikoV. N. Loginov BriefCommunication Pages: 389 - 390
Fuel-oil-like products of the destructive hydrogenation of coal—A promising fuel for blast-furnace smelting V. I. Bol'shakovN. M. MozharenkoA. D. Dzhigota BriefCommunication Pages: 391 - 391
Replacing natural gas by coal-gasification products in blast-furnace smelting I. G. TovarovskiiV. V. SevernyukA. Ya. Zausmanovskii BriefCommunication Pages: 392 - 392
Smelting on a combination blast with the replacement of natural gas by coke-oven gas alone or in a mixture with producer gas N. G. BoikovM. T. BuzoveryaV. I. Dichko BriefCommunication Pages: 393 - 393
Effect of coke strength on blast-furnace performance indices A. D. DzhigotaN. M. MozharenkoI. A. Fedotov BriefCommunication Pages: 394 - 394
Forcing blast-furnace operation under current conditions V. P. LyalyukV. V. SevernyukA. Ya. Zusmanovskii BriefCommunication Pages: 395 - 395
Blast-furnace operation with alternation of tuyeres of different diameters V. P. LyalyukV. V. SevernyukR. D. Kamenev BriefCommunication Pages: 396 - 396
Blast-furnace heats made with a zinc-bearing charge Yu. P. ShchukinV. I. SedinkinV. A. Gostenin BriefCommunication Pages: 397 - 397
Analysis of the operation of blast furances at the Magnitogorsk Metallurgical Combine on unfluxed pellets from the Kachkanar Mining-Concentration Combine V. I. SedinkinG. V. MonetovB. A. Marsuverskii BriefCommunication Pages: 398 - 398
Blast-furnace smelting at the “mechel” factory with pellets from the Kachkanar Mining-Concentration Combine N. I. Vorob'evA. V. DenisovB. A. Marsuverskii BriefCommunication Pages: 399 - 399
Processing and use of metallurgical slags M. N. KurbatskiiV. I. SedinkinN. K. Gladyshev BriefCommunication Pages: 400 - 401
Use of secondary resources in the production of pig iron V. V. SevernyukV. I. DrachevA. Y. Zusmanovskii BriefCommunication Pages: 402 - 402
Ways of reducing harmful emissions in sinter production E. F. BegmanA. N. Pyrikov BriefCommunication Pages: 403 - 404
Study of the relationship between the macrostructural parameters and processing characteristics of sinter A. V. MalyginE. A. KhopunovN. S. Shumakov BriefCommunication Pages: 405 - 406
Briquetting iron-ore materials for blast-furnace smelting V. N. Letimin BriefCommunication Pages: 407 - 408
Use of schungite rock from karelia in blast-furnace smelting S. M. GruninI. Sh. Tuktamyshev BriefCommunication Pages: 409 - 410
Key design changes in the modernization of the blast furnace R. G. IvanovV. I. Sedinkin BriefCommunication Pages: 411 - 413
High-temperature stoves for blast furnaces: New designs Ya. P. Kalugin BriefCommunication Pages: 414 - 416
Reconstruction of a blast-furnace cast house and its ventilation system M. F. Buinachek BriefCommunication Pages: 417 - 418
Rotary charging apparatus G. V. AbraminA. V. Koshel'nikovV. A. Lesnikov BriefCommunication Pages: 419 - 420
New method of transporting molten metal in an ascending electromagnetic trough N. V. DolmatovA. A. Dolmatov BriefCommunication Pages: 424 - 424
Providing modern blast furnaces with equipment for continuous tapping M. N. SuvorovV. G. Druzhkov BriefCommunication Pages: 425 - 425
Methods of mathematical modeling for the analysis of blast-furnace smelting N. A. SpirinV. S. ShvydkiiV. V. Lavrov BriefCommunication Pages: 426 - 427
Use of mathematical models of blast-furnace smelting in computer systems for monitoring, analyzing, and displaying data S. R. Zel'tser BriefCommunication Pages: 428 - 428
Determining extrema to help improve the efficiency of blast-furnace smelting V. M. ParshakovS. K. NosovA. D. Nikonorov BriefCommunication Pages: 429 - 429
Improving the automatic control of blast-furnace smelting N. N. IzyumskiiA. G. BaibuzE. D. Vyshinskaya BriefCommunication Pages: 430 - 431
Use of computer technology for real-time control of blast-furnace smelting A. I. VaganovB. K. Senichkin BriefCommunication Pages: 432 - 432
Automation of blast furnaces—An effective means of maximizing efficiency in smelting H. DruckentannerK. StollB. Schurtz BriefCommunication Pages: 433 - 434
Automatic monitoring of wear of the hearth lining in blast furnaces Yu. V. SerovV. G. MakienkoA. E. Koshelev BriefCommunication Pages: 435 - 435
Ultrasonic diagnosis in control of the slag crust D. E. ZamoskovtsevA. Yu. LednovA. A. Chaplouskii BriefCommunication Pages: 436 - 436
Use of equipment for continuous recording of the lateral pressure of the stock on the blast furnace B. A. MarsuverskiiA. F. AvtsinovYu. M. Denisov BriefCommunication Pages: 437 - 437
Complementary operation of the mobile top slabs and the revolving distributor based on a programmable controller N. S. PolyakovN. P. SysoevYu. A. Yurchenko BriefCommunication Pages: 438 - 438
Analytical quality control in the metallurgical industry Barry W. Adamson BriefCommunication Pages: 439 - 440
Monitoring processes in the blast furnace and evaluating the condition of the tuyere hearths S. M. GruninN. N. YurinA. A. Tretyak BriefCommunication Pages: 441 - 442
Evaluating the thermal state of the hearth by a thermoelectric method E. M. KurbatskayaYu. P. KochkinM. E. Polushkin BriefCommunication Pages: 443 - 443