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Issue DateTitleAuthor(s)
2020Berry Phase in single crystals of the dilute magnetic semiconductor (Cd₀.₇Zn₀.₂₈Mn₀.₀₂)₃As₂Zakhvalinskii, V. S.; Nikulicheva, T. B.; Pilyuk, E. A.
2020Hopping Conductivity Mechanism in Cd₃As₂ Films Prepared by Magnetron SputteringZakhvalinskii, V. S.; Pilyuk, E. A.; Nikulicheva, T. B.; Ivanchikhin, S. V.; Yaprintsev, M. N.; Goncharov, I. Yu.; Kolesnikov, D. A.; Morocho, A. A.
2020Hopping conduction in single crystals of the diluted magnetic semiconductor (Zn₁₋ₓFeₓ)₃As₂ (x=0.005)Zakhvalinskii, V. S.; Piliuk, E. A.; Nikulicheva, T. B.
2020Structure of regions of regular motion in the phase space of channeled electronsSyshchenko, V. V.; Tarnovsky, A. I.; Isupov, A. Yu.; Solovyev, I. I.
2020Effect of the divergence of a relativistic electron beam on the diffracted transition radiation excited by them in a single-crystal targetBlazhevich, S. V.; Bronnikova, M. V.; Noskov, A. V.
2020Proposal for a procedure for measuring the transverse dimensions of a beam of relativistic electrons with a small longitudinal sizeVnukov, I. E.; Goponov, Yu. A.; Laktionova, S. A.; Shatokhin, R. A.; Sumitani, K.
2020Coherent x-ray radiation generated near the axis of the beam of relativistic electrons in an artificial periodic structureBlazhevich, S. V.; Drygina, Y. A.; Shevchuk, O. Yu.; Noskov, A. V.
2020On the problem of application of diffracted transition radiation for indication of relativistic electron beam parametersBlazhevich, S.; Bronnikova, M.; Lyushina, K.; Noskov, A.; Zagorodnyuk, R.
2020Response to the commentary by X. Artru about the article Interpretation of the results of the experiment on generation of parametric X-radiation by relativistic electrons in a single-crystal targetBlazhevich, S. V.; Noskov, A. V.
2020Diffracted transitive radiation as a means for indicating the divergence of an ultrarelativistic electron beamBlazhevich, S. V.; Bronnikova, M. V.; Noskov, A. V.