Author

Baryshevsky, Vladimir G.

7 papers·19 citations in this corpus

	Paper	Category
Aug 19, 2025#12508.11718	About possibility to observe spin dichroism effect (the effect of tensor polarization acquiring) for the effect of tensor polarization acquiring by a nonpolarized deuteron beam passing through the nonpolarized internal target of Nuclotron S.V. Anischenko · V.G. Baryshevsky · A.A. Gurinovich · V.P. Ladygin	nucl-th	—	1
Apr 2, 2014#4*1404.0197	Scattering of Antiprotons by Nuclei (Atoms) in the Range of Low Energies $E ≲ 1 0^{5}$ eV. Mirror Reflection, Diffraction, and Channeling of Antiprotons in Crystals V.G. Baryshevsky🇧🇾	nucl-th	—	1
Jun 21, 2012#9*1206.4445	Tensor polarization of deuterons passing through matter V. G. Baryshevsky🇧🇾 · A. R. Bartkevich🇧🇾	↳ hep-ph	J.Phys.G	7
Feb 20, 2012#4*1202.3897	Growth of Interaction Between Antiprotons (Negative Hyperons) and Nuclei in Polarized Matter: The Possibility to Study the Spin-Dependent Part of the Forward Scattering Amplitude in the Range of Low-Energies V.G. Baryshevsky	nucl-th	—	2
Nov 11, 2010#8*1011.2352	Potential for measurement of the tensor electric and magnetic polarizabilities of the deuteron in storage-ring experiments with polarized beams Vladimir G. Baryshevsky🇧🇾 · Alexander J. Silenko🇧🇾	↳ nucl-ex	J.Phys.Conf.Ser.	7
Aug 23, 2007#6*0708.3042	Neutron channelling in a magnetic tube trap V.G. Baryshevsky🇧🇾	nucl-th	—	0
Jun 27, 2007#2*0706.3808	Birefringence (rotation of polarization plane and spin dichroism) of deuterons in carbon target V.Baryshevsky🇧🇾 · A. Rouba🇧🇾	nucl-th	—	1

About possibility to observe spin dichroism effect (the effect of tensor polarization acquiring) for the effect of tensor polarization acquiring by a nonpolarized deuteron beam passing through the nonpolarized internal target of Nuclotron
S.V. Anischenko · V.G. Baryshevsky · A.A. Gurinovich · V.P. Ladygin
Aug 19, 2025#1nucl-th1 citation
Scattering of Antiprotons by Nuclei (Atoms) in the Range of Low Energies $E ≲ 1 0^{5}$ eV. Mirror Reflection, Diffraction, and Channeling of Antiprotons in Crystals
V.G. Baryshevsky🇧🇾
Apr 2, 2014#4*nucl-th1 citation
Tensor polarization of deuterons passing through matter
V. G. Baryshevsky🇧🇾 · A. R. Bartkevich🇧🇾
Jun 21, 2012#9*↳ hep-phJ.Phys.G7 citations
Growth of Interaction Between Antiprotons (Negative Hyperons) and Nuclei in Polarized Matter: The Possibility to Study the Spin-Dependent Part of the Forward Scattering Amplitude in the Range of Low-Energies
V.G. Baryshevsky
Feb 20, 2012#4*nucl-th2 citations
Potential for measurement of the tensor electric and magnetic polarizabilities of the deuteron in storage-ring experiments with polarized beams
Vladimir G. Baryshevsky🇧🇾 · Alexander J. Silenko🇧🇾
Nov 11, 2010#8*↳ nucl-exJ.Phys.Conf.Ser.7 citations
Neutron channelling in a magnetic tube trap
V.G. Baryshevsky🇧🇾
Aug 23, 2007#6*nucl-th0 citations
Birefringence (rotation of polarization plane and spin dichroism) of deuterons in carbon target
V.Baryshevsky🇧🇾 · A. Rouba🇧🇾
Jun 27, 2007#2*nucl-th1 citation

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Baryshevsky, Vladimir G.

About possibility to observe spin dichroism effect (the effect of tensor polarization acquiring) for the effect of tensor polarization acquiring by a nonpolarized deuteron beam passing through the nonpolarized internal target of Nuclotron

Scattering of Antiprotons by Nuclei (Atoms) in the Range of Low Energies E≲105 eV. Mirror Reflection, Diffraction, and Channeling of Antiprotons in Crystals

Tensor polarization of deuterons passing through matter

Growth of Interaction Between Antiprotons (Negative Hyperons) and Nuclei in Polarized Matter: The Possibility to Study the Spin-Dependent Part of the Forward Scattering Amplitude in the Range of Low-Energies

Potential for measurement of the tensor electric and magnetic polarizabilities of the deuteron in storage-ring experiments with polarized beams

Neutron channelling in a magnetic tube trap

Birefringence (rotation of polarization plane and spin dichroism) of deuterons in carbon target

Scattering of Antiprotons by Nuclei (Atoms) in the Range of Low Energies $E ≲ 1 0^{5}$ eV. Mirror Reflection, Diffraction, and Channeling of Antiprotons in Crystals