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Works citing this work

6 works

Work: The effect of dislocation inertia on the thermally activated low-temperature plasticity of materials. I. Theory

  1. Effect of the Abrikosov-vortex density on dislocation hysteresis losses in Pb–In single crystals

    V. Ya. Beloshapka, V. Ya. Platkov

    ArticleMicrostructure and mechanical propertiesSoviet Journal of Low Temperature Physics19830 citations
    ABI

  2. Effect of the superconducting transition on the plasticity of <i>in situ</i> multifilamentary copper–niobium composites

    В. І. Доценко, I. F. Kislyak, V. T. Petrenko +2

    ArticleMicrostructure and mechanical propertiesSoviet Journal of Low Temperature Physics19860 citations
    ABI

  3. Low-temperature anomalies in the plasticity of crystals with effective Peierls barriers (a review)

    V. V. Pustovalov

    Articlenanoparticles nucleation surface interactionsSoviet Journal of Low Temperature Physics19890 citations
    ABI

  4. On the change in the thermally activated component of flow stress upon superconducting transition in lead alloys

    I. A. Shepel’

    ArticlePhysics of Superconductivity and MagnetismSoviet Journal of Low Temperature Physics19900 citations
    ABI

  5. Investigations of the low-temperature plasticity anomalies in Pb-Sn alloys by active deformation and creep techniques

    I. A. Shepel’, L. N. Zagoruiko, В. Д. Нацик +2

    ArticleMicrostructure and mechanical propertiesSoviet Journal of Low Temperature Physics19910 citations
    ABI

  6. Quantum-inertial mechanism of plastic deformation of lead-based alloys at temperatures around and below 1 K

    N. V. Isaev, V. D. Natsik, V. V. Pustovalov +2

    ArticleMaterial Properties and Failure MechanismsSoviet Journal of Low Temperature Physics19920 citations
    ABI