Abstract
Effects due to polarizations of both colliding particles have been analyzed in terms of two independent amplitudes which in the general case define the spin structure of the amplitude of the dp {yields} {sup 3} He{pi}{sup 0} reaction in collinear geometry. The energy dependence of spin-correlation C{sub L},{sub L},{sub O},{sub O} due to longitudinal polarization of colliding particles is predicted using the moduli of amplitudes extracted from experimental data. The limit of possible deviations is obtained for spin-correlation C{sub N},{sub N},{sub O},{sub O} due to transverse polarization of both particles. The value of these polarization observables at threshold are predicted. The behaviour of these polarization observables for the dp {yields} {sup 3} He{eta}{sup 0} reaction, having the same spin structure, is discussed. 22 refs., 5 figs., 2 tabs.
Citation Formats
Ladygin, V P, and Ladygina, N B.
Polarization Observables for the Collinear dp {yields} {sup 3} He{pi}{sup 0} Reaction.
JINR: N. p.,
1994.
Web.
Ladygin, V P, & Ladygina, N B.
Polarization Observables for the Collinear dp {yields} {sup 3} He{pi}{sup 0} Reaction.
JINR.
Ladygin, V P, and Ladygina, N B.
1994.
"Polarization Observables for the Collinear dp {yields} {sup 3} He{pi}{sup 0} Reaction."
JINR.
@misc{etde_10112746,
title = {Polarization Observables for the Collinear dp {yields} {sup 3} He{pi}{sup 0} Reaction}
author = {Ladygin, V P, and Ladygina, N B}
abstractNote = {Effects due to polarizations of both colliding particles have been analyzed in terms of two independent amplitudes which in the general case define the spin structure of the amplitude of the dp {yields} {sup 3} He{pi}{sup 0} reaction in collinear geometry. The energy dependence of spin-correlation C{sub L},{sub L},{sub O},{sub O} due to longitudinal polarization of colliding particles is predicted using the moduli of amplitudes extracted from experimental data. The limit of possible deviations is obtained for spin-correlation C{sub N},{sub N},{sub O},{sub O} due to transverse polarization of both particles. The value of these polarization observables at threshold are predicted. The behaviour of these polarization observables for the dp {yields} {sup 3} He{eta}{sup 0} reaction, having the same spin structure, is discussed. 22 refs., 5 figs., 2 tabs.}
place = {JINR}
year = {1994}
month = {Dec}
}
title = {Polarization Observables for the Collinear dp {yields} {sup 3} He{pi}{sup 0} Reaction}
author = {Ladygin, V P, and Ladygina, N B}
abstractNote = {Effects due to polarizations of both colliding particles have been analyzed in terms of two independent amplitudes which in the general case define the spin structure of the amplitude of the dp {yields} {sup 3} He{pi}{sup 0} reaction in collinear geometry. The energy dependence of spin-correlation C{sub L},{sub L},{sub O},{sub O} due to longitudinal polarization of colliding particles is predicted using the moduli of amplitudes extracted from experimental data. The limit of possible deviations is obtained for spin-correlation C{sub N},{sub N},{sub O},{sub O} due to transverse polarization of both particles. The value of these polarization observables at threshold are predicted. The behaviour of these polarization observables for the dp {yields} {sup 3} He{eta}{sup 0} reaction, having the same spin structure, is discussed. 22 refs., 5 figs., 2 tabs.}
place = {JINR}
year = {1994}
month = {Dec}
}