Orientational dependence of shape memory effects and superelasticity in CoNiGa, NiMnGa, CoNiAl, FeNiCoTi, and TiNi single crystals Yu. I. ChumlyakovI. V. KireevaV. A. Kirillov OriginalPaper Pages: 893 - 911
Orientational dependence of shape memory effects and superelasticity in CoNiGa, NiMnGa, CoNiAl, FeNiCoTi, and TiNi single crystals Yu. I. ChumlyakovI. V. KireevaV. A. Kirillov OriginalPaper Pages: 893 - 911
Specific features of the strain-induced order-disorder phase transition and its mechanisms S. V. StarenchenkoV. A. Starenchenko OriginalPaper Pages: 912 - 923
Specific features of the strain-induced order-disorder phase transition and its mechanisms S. V. StarenchenkoV. A. Starenchenko OriginalPaper Pages: 912 - 923
Structure, unelastic properties, and deformation behavior of ultrafine-grained titanium E. F. DudarevG. P. BakachG. P. Grabovetskaya OriginalPaper Pages: 924 - 935
Structure, unelastic properties, and deformation behavior of ultrafine-grained titanium E. F. DudarevG. P. BakachG. P. Grabovetskaya OriginalPaper Pages: 924 - 935
High-intensity ion implantation - a technique to form finely dispersed intermetallic compounds in surface layers of metals Yu. P. SharkeevA. I. RyabchikovD. O. Sivin OriginalPaper Pages: 936 - 945
High-intensity ion implantation - a technique to form finely dispersed intermetallic compounds in surface layers of metals Yu. P. SharkeevA. I. RyabchikovD. O. Sivin OriginalPaper Pages: 936 - 945
Features and mechanisms of the evolution of the structure-phase state of a quenched carbon steel under electrostimulated fatigue O. V. SosninM. P. IvakhinB. E. Gromov OriginalPaper Pages: 946 - 953
Features and mechanisms of the evolution of the structure-phase state of a quenched carbon steel under electrostimulated fatigue O. V. SosninM. P. IvakhinB. E. Gromov OriginalPaper Pages: 946 - 953
The structure and phase composition of stabilized zirconia-based nanosystems exposed to shock-wave treatment S. N. Kulkov OriginalPaper Pages: 954 - 963
The structure and phase composition of stabilized zirconia-based nanosystems exposed to shock-wave treatment S. N. Kulkov OriginalPaper Pages: 954 - 963
