VALKOV V.I., ZAVADSKII E.A. Magnetic P-T-H phase diagrams of Fe2+α-xMnxAs allows and coexistence of ferro-antiferromagnetism in conducting magnets |
5 |
VITENKO I.N., KOZLOVA L.E., CHERNENKO V.A., SHKLYARENKO V.P. Influence of hydroextrusion on the properties of Fe-Ni-based alloy with the shape-memory effect |
12 |
DEMISHEV S.V., KOSICHKIN Yu.V., LYAPIN A.G.,SLUCHANKO N.E., SHARAMBEYAN M.S. Superconducting anomalies in amorphous GaSb after rapid quenching of melt under high pressure |
17 |
SHEVCHENKO A.D., SHULZHENRO A.A. Features of physical properties of titanum nickelide produced under high pressure |
21 |
METLOV L.S. Soliton solutions of main frequencies in layered media |
26 |
PROKHOROV I.Yu., AKIMOV G.Ya., DABIZHA A.A., STOROZH V.V. Statistics of fracture stress in hydrostatically formed ceramics |
32 |
KONSTANTINOVA T.E., PRIMISLER V.В., DOBRIKOV A.A., VOLKOVA G.K., LYAFER E.I., PEREKRESTOVA L.D. Peculiarities of formation and evolution of structure of high-strength maraging steel after deformation under high pressure with subsequent heating |
41 |
PRIMISLER V.B. Microplastic deformation of prestressed metal |
48 |
BARBASHOV V.I., TKACHENKO Yu.B. High hydrostatic pressure effect on microhardness of КBr and Bi crystals |
53 |
MATROSOV N.I., SYNKOV S.G., PIMENOV A.G., SYNKOV V.G., RAKHANSKY G.A., GUSAROVA T.A. Separation of wire elements at packet hydropressing of fibre |
56 |
BOGDANOV V.A., VARYUKHIN V.N., KOVALENKO I.M., SPUSKANYUK V.Z. Objective changes of structure of die steel ЭП 761 hydropressed with back pressure |
59 |
BURYAK V.P., PAVLOVSKAYA E.A., MIRONOVA O.N. Phase and structural inhomogeneities of niobium-titanum alloy in the process of hydroextrusion of composite superconductors |
62 |
BASHCHENKO A.P., BATALOV A.G., VOLOSKOV A.D., GUREVICH Ya.В., DAVYDOV V.V., KOZLOVA A.G., PANFILOVA L.M., POLYAKOV E.V. Hydroextrusion of steels with beinite structure |
68 |
VERTMAN A.A., EPANCHINTSEV O.G., NATSIK V.D., NESTERENKO V.F., PERSHIN S.A., TABACHNIKOVA E.D. Investigation of mass contacts metal/Y123 produced by explosive compaction |
71 |
VOLOSHIN V.A., SAVUTSKY A.I. Application of rubie as a standard in measurements of relative intensities of luminophores light under pressure |
76 |
VINOGRADOV B.V., TIMOFEEV Yu.A. Automatic unit for pressure measurements in the diamond-anvil chamber |
83 |
SHEPEL V.M., BELOSHENKO V.A., SLOBODINA V.G. Plant for hydroextrusion of long-size billets of polymers |
87 |