Dust-removing equipment for Sintering Plants A. V. SheleketinN. S. Karpushinsky BriefCommunication Pages: 504 - 505
Defects in the plan for supplying sinter to blast-furnace bunkers by conveyors V. A. Karasik BriefCommunication Pages: 506 - 508
Fused stone slabs — A wear-resistant protective material V. K. Petrichenko OriginalPaper Pages: 508 - 511
Ways of increasing the productivity of open-hearth plants Ya. A. ShneerovA. G. Kotin Steel Melting Production Pages: 512 - 516
The thermal process taking place in an open-hearth furnace during oxygen melting V. T. SladkoshteevG. A. Podolskaya Steel Melting Production Pages: 516 - 518
New method of making hearths of basic open-hearth furnaces M. S. SokolovP. P. Semenenko Steel Melting Production Pages: 518 - 522
Improved blocks of open-hearth furnaces A. P. KlyucherovL. V. Makogonov Steel Melting Production Pages: 522 - 523
The rolling of a side-ring section of reduced weight S. G. Terentyev Rolled Product and Tube Production Pages: 524 - 526
Turning rolls for continuous blooming mills A. A. TulupovTsui Fun Rolled Product and Tube Production Pages: 526 - 528
Textolite-sponge bearings for rolling mills P. I. Kovalev Rolled Product and Tube Production Pages: 530 - 531
Improved operation of pipe-threading dies I. A. Gurin Rolled Product and Tube Production Pages: 531 - 532
New organization of work and production in the rolling and hardware department T. F. Koval Rolled Product and Tube Production Pages: 533 - 534
The work of soaking pit foremen Ya. P. KarmazinA. L. Staroselsky Experience of Innovators Pages: 535 - 538
Study of practices in the production of railroad rails A. A. Slinko Schools of Advanced Experience Pages: 539 - 542
Development of wrought iron production V. B. Yakovlev From the History of Technology Pages: 545 - 548