Development of austenitic steels with high resistance to stress corrosion cracking and methods for their combined strengtheningGoykhenberg, Yuriy Naftulovich, 1995, Doctor of Sciences dissertation05.16.01 Physical metallurgy and heat treatment of metals and alloysChelyabinsk432 pp.Keywordsaustenitic steels, stress corrosion crackingMore works in this specialtyDissertationStudy of the interrelation between the structure and functional properties of thermomechanically treated Ti-Ni-based shape memory alloysInayekyan, Karine Ernestovna · 2006 · Candidate of Sciences05.16.01 Physical metallurgy and heat treatment of metals and alloysDissertationCreation of new scientific and technological principles and development of industrial production of electrical isotropic steel for high-efficiency magnetic coresCheglov, Alexander Yegorovich · 2003 · Doctor of Sciences05.16.01 Physical metallurgy and heat treatment of metals and alloysDissertationFormation conditions and properties of quasicrystals in the Ti-Hf-Ni, Ti-Hf-Cu, and Ti-Ni-Cu-Si systemsMukhina, Yuliya Eduardovna · 1995 · Candidate of Sciences05.16.01 Physical metallurgy and heat treatment of metals and alloysDissertationDevelopment of an ion nitriding process preceded by plastic deformation for increasing the contact fatigue life of nickel-containing low-carbon martensitic steelsEliseev, Eduard Anatolyevich · 1995 · Candidate of Sciences05.16.01 Physical metallurgy and heat treatment of metals and alloysDissertationRadiation embrittlement of low-alloy chromium alloys and chromium-iron alloys under neutron irradiationChakin, Vladimir Pavlovich · 1995 · Candidate of Sciences05.16.01 Physical metallurgy and heat treatment of metals and alloysAll works in this specialty