The type of dislocation interaction as the factor determining work hardening von Lavrentev, F.F.

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Fracture micromechanisms and plasticity of FeCrNiTi alloys in the temperature range 77-4.2 K von Lavrentev, F.F., Pokhil, Yu.A., Sergienko, V.V., Dudko, P.P., Ilichev, V.Ya, Maslii, G.I., Telegon, A.I., Petza, P., Krczicz, I.

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Structural state of Ti-45 wt %Nb alloys strained at 4.2 K von Ilichev, V.Ya, Lavrentev, F.F., Lototskaya, V.A., Pokhil, Yu.A.

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Low-temperature deformation and fracture of CuNb bimetal von Lototskaya, V.A., Pokhil, Yu.A., Ilichev, V.Ya, Lavrentev, F.F., Zabolotin, S.P.

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The structural state and its association with low temperature work hardening of structural titanium alloys von Verkin, B.I., Lavrentev, F.F., Pokhil, Yu.A., Dudko, P.P.

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The peculiar effect of forest dislocations on single twin layer development in zinc and beryllium single crystals von Lavrentev, F.F., Bosin, M.E.

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Contribution of primary and “forest” dislocations to deforming stress in zinc crystals under basal slip von Lavrentev, F.F., Vladimirova, V.L.

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The evolution of a defect structure and its relation to the deformation parameters in TiAlNbZr alloy at 4.2 K von Lavrentev, F.F., Pokhil, Yu.A., Dudko, P.P.

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Pair interaction of pyramidal dislocations and its contribution to flow stresses in Mg crystals during slip in system [formula omitted] von Lavrentev, F.F, Pokhil, Yu.A, Zolotukhina, I.N

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