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Effect of Boron on the Kinetics of Low-Temperature Decomposition of Martensite in Quenched Medium-Carbon Steel
Alekseev A., Grinberg E.
Crystallographic Analysis and Mechanism of the Martensitic Transformation in the Heusler Alloy Ni47Mn42In11
Gundyrev B., Kaletina Y.
Amplitude Dependence of Internal Friction of Zirconium and Alloys Zr–8% Nb and Zr–20% Nb
Skvortsov A., Skvortsov A.
Dislocation structure of martensitic transformation in carbon steel
Satdarova F.
Role of stresses and temperature in the Z ordering of carbon atoms in the martensite lattice
Chirkov P., Mirzoev A., Mirzaev D.
Dynamic Scenarios of the Formation of Martensite with the {110} Habits in the Ni50Mn50 Alloy
Kashchenko M., Kashchenko N., Chashchina V., Belosludtseva E., Pushin V., Uksusnikov A.
Crystal Structure Peculiarities of Martensite in the Ni47Mn42In11 Alloy that Underwent Forward and Reverse Phase Transformations
Kaletina Y., Kabanova I., Frolova N., Kaletin A.
Physical metallurgy: Scientific school of the Academician V.M. Schastlivtsev
Tabatchikova T.
Effect of cyclic treatment on the formation of a fragmented structure in a sparingly alloyed martensitic steel
Tabatchikova T., Yakovleva I., Delgado Reina S., Plokhikh A.
Influence of Severe Dynamic Action on Phase and Structural Transformations in a Metal of Welded Joints
Tabatchikova T., Tereshchenko N., Morozova A., Gudnev N.
Electron Microscopic Study of the Structure of Tetragonal Martensite in In–4.5% Cd Alloy
Khlebnikova Y., Egorova L., Rodionov D.
Crystallographic analysis of the martensitic transformation in medium-carbon steel with packet martensite
Gundyrev V., Zel’dovich V., Schastlivtsev V.
Effect of the Rate of Shock-Wave Loading on the Structural and Phase Transformations of a Cr–Mn Nitrogen-Containing Austenitic Steel
Sagaradze V., Kataeva N., Pavlenko A.
Comparing Microstructures and Tensile Properties of Intercritically Annealed and Quenched-Tempered 1.7Ni–1.5Cu–0.5Mo–0.2C Powder Metallurgy Steels
Güral A., Başak H., Türkan M.
Investigation of Special Misorientations in Lath Martensite of Low-Carbon Steel Using the Method of Orientation Microscopy
Lobanov M., Rusakov G., Redikul’tsev A., Belikov S., Karabanalov M., Struina E., Gervas’ev A.
Structure, phase transformations, mechanical characteristics, and cold resistance of low-carbon martensitic steels
Kozvonin V., Shatsov A., Ryaposov I., Zakirova M., Generalova K.
Effect of Heating on the Structure, Phase Composition, and Micromechanical Properties of the Metastable Austenitic Steel Strengthened by Nanostructuring Frictional Treatment
Makarov A., Skorynina P., Volkova E., Osintseva A.
Structure, mechanical, and tribotechnical properties of an austenitic nitrogen steel after frictional treatment
Narkevich N., Shulepov I., Mironov Y.
Influence of warm deformation on the formation of a fragmented structure in low-carbon martensitic steels
Tabatchikova T., Yakovleva I., Delgado Reina S., Plokhikh A., Ospennikova O., Gromov V.
Structural and phase transformations in Hadfield steel upon frictional loading in liquid nitrogen
Korshunov L., Sagaradze V., Chernenko N.
Effects of Different Quenching Treatments on Thermal Properties and Microstructure in Quaternary Cu-Based HTSMA
Dagdelen F., Kanca M., Kok M.
Structural Aspect of Isothermal Bainitic Transformation in High-Carbon Manganese–Silicon Steel
Yakovleva I., Tereshchenko N., Mirzaev D., Buldashev I.
Thermal-expansion anisotropy of orthorhombic martensite in the two-phase (α + β) titanium alloy
Demakov S., Stepanov S., Illarionov A., Ryzhkov M.
Study of the martensitic transformation in the Co–9 at % Al alloy
Kazantseva N., Stepanova N., Vinogradova N., Demakov S., Yurovskikh A., Davydov D., Shishkin D., Rigmant M., Romanov E.
Structure of quenched alloys of the Ti–Pd system
Dobromyslov A., Taluts N.
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