The principle of continuous operation in automation of heat treatment of metals A. P. Erokhin Automation and Mechanization of Heat Treatment Pages: 253 - 256
Automation and mechanization of heat treatment of small parts V. A. Dusman Automation and Mechanization of Heat Treatment Pages: 257 - 259
Reducing the distortion during hardening of billets and parts of aluminum alloy V95 V. D. BessonovE. S. KozochkinaK. G. Soboleva Technology of Heat Treatment Pages: 261 - 264
Non-oxidizing heating of precision alloys M. A. FilyandV. A. RomanovS. N. Podolinskaya Technology of Heat Treatment Pages: 265 - 267
Prevention of decarburization in the annealing of high-speed steel D. A. TeimerA. G. PetrenkoL. A. Kurtova Technology of Heat Treatment Pages: 269 - 272
High-strength transition-type austenitic-martensitic stainless steels Ya. M. PotakV. V. SachkovL. S. Popova Constructional Steels Pages: 273 - 278
A low alloy sheet steel with improved strength M. I. KurmanovA. G. RabinovichSh. R. Dobruskina Constructional Steels Pages: 279 - 282
Treatment of cast iron in steam P. P. PetrosyanV. P. OvcharovF. I. Chuprynin Cast Irons Pages: 283 - 284
Microhardness changes of inclusions of phosphorus compounds in gray irons between 20 and 300°C M. M. SnitkovskiiI. I. Silaev Cast Irons Pages: 285 - 289
Length changes of magnesium-inoculated cast iron during annealing and normalizing D. Sh. Frolov Cast Irons Pages: 291 - 292
Effect of quenching on graphitization of cast iron and steel É. N. PogrebnoiYu. N. Taran Cast Irons Pages: 293 - 296
Use of high-manganese steel in metallurgical equipment components M. A. TylkinV. I. Sivak Exchange of Experience Pages: 297 - 298
Increasing the scaling resistance and hot strength of steel parts by fire enameling A. N. Belikov Exchange of Experience Pages: 299 - 300
Intercrystalline failure of metals at high temperatures E. E. Levin Technical Developments Abroad Pages: 305 - 308
T T T diagrams of carburized and non-carburized 0.17%C, 1.55 Cr, 4 Ni (0.9W) steels A. A. Popov Data Sheet Pages: 309 - 310
