| TROITSKAYA E.P., CHABANENKO V.V., GORBENKO E.E. Heat capacity of the compressed crystalline neon |
7 |
| CHRONEOS A.I., BUSKER G., GOULATIS I.L., VOVK R.V., ZAVGORODNIY A.A., OBOLENSKII M.A., PETRENKO A.G., PINTO SIMOES V.M., SAMOILOV A.V. Atomistic studies of Li+ Migration in Y2O3 and the structure of related oxides |
18 |
| KHEIFETS O.L., MELNIKOVA N.V., MOLLAEV A.YU., SAIPULLAEVA L.A., KALLAEV S.N., FERZALIEV R.M., ALIBEKOV A.G., BABUSHKIN A.N. Effects of high pressures on electrical properties of ferroelectrics AgPbSbSe3, CuSnAsSe3, CuSnSbSe3, AgSnSbSe3 and CuSnSbS3 |
26 |
| DYACHENKO A.I., BOYCHENKO D.I., TARENKOV V.YU. Hysteresis of the current-voltage characteristics in nanojunctions with manganites |
36 |
| NAMLYEYEVA YU.V., TARANETS R.M., YURCHENKO V.M. Finite speed of the electromagnetic-field propagations in nonlinear isotropic dispersive media |
44 |
| METLOV L.S., MYSHLYAEV M.M. Thermodynamic mechanisms common for severe plastic deformation and superplasticity |
57 |
| VOLOSHIN V.A., KUZNETSOVA V.V., SHEVTSOVA T.N. Conditions for origination of high-temperature superconductivity in PrBa2Cu3O6.6 |
70 |
| SAMOILOV O.I., POKLAD V.A., BURLAKOV I.A., LATYSH V.V. The importance of high pressure for high resistant nickel alloy structure formation |
76 |
| SPUSKANYUK V.Z., GANGALO A.N., DAVIDENKO A.A. Analysis of equal-channel angular extrusion process in view of dead zone formation |
82 |
| KOVALENKO I.M., STAROLAT M.P., VASIL’EV A.A., MAKARENKO V.V., KOVTUN K.V. Influence of heat treatment on properties and structure of hydrostatically extruded hafnium |
91 |
| PODREZOV YU.N., RUDYK N.D., DANILENKO V.I., KULAGIN R.YU., RESHETOV A.V., BEYGELZIMER YA.E. Hardness of deformed titanium produced by different deformation schemes |
101 |
| GOKHMAN A.R., VOLCHOK N.A. Study of the orientation dependence for damage coefficient of commercial titanium ВТ1-0 rolled sheets |
111 |
| ALEXEEV A.D., VASILENKO T.A., KIRILLOV A.K., MOLCHANOV A.N., TROITSKY G.A. Using the NMR methods to investigate methane mobility in volume of fossil coal pores |
118 |
| AUTHOR’S INDEX 2009 |
129 |
