Vladimir G. Baryshevsky

activity

19982026

most citedThe effect of spin oscillation of relativistic particles passing through substance and the possibility of the constituent quark rescattering observation at omega-hyperon - proton collision

4 citations · 4 across the 2 of their papers we have counts for

collaborators

3 papers

nucl-th2026

Obtaining tensor-polarized nuclei with spin $S \geq 1$ via spin filtering upon nuclear beam transmission through an unpolarized target (spin dichroism effect)

Sergey Anishchenko, Vladimir Baryshevsky, Alexandra Gurinovich

Upon transmission through an unpolarized target initially unpolarized nuclei with spin $S \geq 1$ acquire tensor polarization due to spin dichroism effect. For nuclei passing several…

nucl-th2007

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

V. Baryshevsky, A. Rouba

Birefringence phenomenon for deuteron with energy up 20 MeV in carbon target is considered. The estimation for spin dichroism and for angle of rotation of polarization plane of deu…

hep-ph1998★ 4 cited

The effect of spin oscillation of relativistic particles passing through substance and the possibility of the constituent quark rescattering observation at omega-hyperon - proton collision

V. G. Baryshevsky, K. G. Batrakov, S. Cherkas

For the omega-hyperon passing through matter the phenomena of spin rotation and oscillation has investigated quantitatively. Connection of these phenomena with constituent quark re…

Obtaining tensor-polarized nuclei with spin S≥1 via spin filtering upon nuclear beam transmission through an unpolarized target (spin dichroism effect)

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

The effect of spin oscillation of relativistic particles passing through substance and the possibility of the constituent quark rescattering observation at omega-hyperon - proton collision

Obtaining tensor-polarized nuclei with spin $S \geq 1$ via spin filtering upon nuclear beam transmission through an unpolarized target (spin dichroism effect)