The $^{6}$Be continuum states were populated in the charge-exchange reaction
$^1$H($^{6}$Li,$^{6}$Be)$n$ collecting very high statistics data ($\sim 5
\times 10^6$ events) on the three-body $\alpha$+$p$+$p$ correlations. The
$^{6}$Be excitation energy region below $\sim 3$ MeV is considered, where the
data are dominated by contributions from the $0^+$ and $2^+$ states. It is
demonstrated how the high-statistics few-body correlation data can be used to
extract detailed information on the reaction mechanism. Such a derivation is
based on the fact that highly spin-aligned states are typically populated in
the direct reactions.Comment: submitted to Physical Review 

Bezbakh, A. A.

Chudoba, V.

Egorova, I. A.

Ershov, S. N.

Fomichev, A. S.

Golovkov, M. S.

Gorshkov, A. V.

Gorshkov, V. A.

Grigorenko, L. V.

Kaminski, G.

Krupko, S. A.

Mukha, I.

Nikolskii, E. Yu.

Parfenova, Yu. L.

Sharov, P. G.

Sidorchuk, S. I.

Slepnev, R. S.

Standylo, L.

Stepantsov, S. V.

Ter-Akopian, G. M.

Wolski, R.

Zhukov, M. V.

English

arXiv

The Be6 continuum states were populated in the charge-exchange reaction H1(Li6,Be6)n collecting very high statistics data (∼5
7106 events) on the three-body α+p+p correlations. The Be6 excitation energy region below ∼3MeV is considered, where the data are dominated by contributions from the 0+ and 2+ states. It is demonstrated how the high-statistics few-body correlation data can be used to extract detailed information on the reaction mechanism. Such a derivation is based on the fact that highly spin-aligned states are typically populated in the direct reactions

Grigorenko, L

Bezbakh, A.A.

Mukha, I. G.

Nikolskii, E.Y.

Parfenova, Y. L.

Sharov, P.G.

Standyło, Ł.

Zhukov, Mikhail

Chalmers Research

Three-body correlations in direct reactions: Example of Be 6 populated in the (p,n) reaction

The Be6 continuum states were populated in the charge-exchange reaction H1(Li6,Be6)n collecting very high statistics data (∼5×106 events) on the three-body α+p+p correlations. The Be6 excitation energy region below ∼3MeV is considered, where the data are dominated by contributions from the 0+ and 2+ states. It is demonstrated how the high-statistics few-body correlation data can be used to extract detailed information on the reaction mechanism. Such a derivation is based on the fact that highly spin-aligned states are typically populated in the direct reactions

Chudoba, V.,

Grigorenko, L,

Fomichev, A. S.,

Bezbakh, A.A.,

Egorova, I. A.,

Ershov, S. N.,

Golovkov, M. S.,

Gorshkov, A. V.,

Gorshkov, V. A.,

Kaminski, G.,

Krupko, S. A.,

Mukha, I. G.,

Nikolskii, E.Y.,

Parfenova, Y. L.,

Sidorchuk, S. I.,

Sharov, P.G.,

Slepnev, R. S.,

Standyło, Ł.,

Stepantsov, S. V.,

Ter-Akopian, G. M.,

Wolski, R.,

Zhukov, Mikhail,

Swepub

Three-body correlations in direct reactions: Example of Be 6 populated in the (p,n) reaction [Elektronisk resurs]