| ZHURAVLEV A.V., KRYGIN I.M. Energy spectra of a linear spin chains with dipole-dipole interaction |
7 |
| TROITSKAYA E.P., CHABANENKO V.V., ZHIKHAREV I.V., GORBENKO Ie.Ie., KUZOVOY N.V. Deviation from Cauchy relation in light inert-gas crystals under high pressures |
19 |
| BOUTKO V.G. The electronic structure modification of «zigzag» type (12, 0) boron nitride nanotube doped with potassium |
32 |
| BASHEV V.F., RYABTSEV S.I., DOTSENKO F.F., SERGEEV G.A., KUSHNERYOV А.I., GUSEVIK P.S. Structure and magnetic properties of manganese–diamagnetic elements alloy system quenched from liqiud state |
37 |
| TODRIS B.M., DVORNIKOV E.A., VARYUKHIN D.V., VALKOV V.I. Peculiarities of MnCoSi spiral structure magnetization under pressure |
49 |
| TYAGUR Yu.I., TYAGUR I.Yu. Investigation of pressure dependences of electrical resistance near phase transition in Sn2P2S6 ferroelectric crystals |
56 |
| SAYENKO S.Yu. Influence of transmitting powder medium characteristics on electroconsolidation process |
70 |
| KOSINSKY V.V. Mathematical proof of the method of increasing the efficiency of hydrostatic plants during high-pressure processing of materials by using suspensions and pastes |
82 |
| KULAGIN R.Yu. Special features of the twist extrusion technology designing |
93 |
| STOLYAROV V.V. Tribological behavior of nanostructured and ultrafine-graind metallic materials |
101 |
| BELOSHENKO V.A., VARYUKHIN V.N., DMITRENKO V.Yu., NEPOCHATYKH Yu.I., CHERKASOV A.N. Fibrous Cu–Fe composites produced by packet hydroextrusion: structure, mechanical and resistive properties |
110 |
| KRALYUK M.A., PASHINSKAYA E.G., MYSHLYAEV M.M., TISHCHENKO I.I. Formation of physical and mechanical properties of copper under deformation by drawing combined with torsion with rotation direction change |
120 |
| ALEXEEV A.D., ULYANOVA E.V., TRACHEVSKY V.V., IVASCHUK L.I., ZYMINA S.V. Application of nuclear magnetic resonance and Raman scattering methods for studying genesis of natural carbon nanomaterials structure |
126 |
| KALUGINA N.A. Mutual effect of diffusion and filtering during methane emanation from coal mass |
140 |
| ALEXEEV A.D., VASILENKO T.A., KIRILLOV A.K., MOLCHANOV A.N., TROITSKY G.A., DONCHUK A.V. Temperature dependence of the diffusion processes in porous media: the mobility of methane of fossil coals |
150 |
| Victor Grigorievich Baryachtar celebrates his 80-ieth anniversary |
157 |
