$The high-lying $^6$Li levels at excitation energy around 21 MeV$

The high-lying $^6$Li levels at excitation energy around 21 MeV

The $^3$H+$^3$He cluster structure in $^6$Li was investigated by the $^3$H($\alpha$,$^3$H $^3$He)n kinematically complete experiment at the incident energy $E_\alpha$ = 67.2 MeV. We have observed two resonances at $E_x^*$ = 21.30 and 21.90 MeV which are consistent with the $^3$He...

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Veröffentlicht in:	arXiv.org 2011-07
Hauptverfasser:	Povoroznyk, Orest, Gorpinich, Olga K, Jachmenjov, Olexiy O, Mokhnach, Hanna V, Ponkratenko, Oleg, Mandaglio, Giuseppe, Curciarello, Francesca, De Leo, Veronica, Fazio, Giovanni, Giardina, Giorgio
Format:	Artikel
Sprache:	eng
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Zusammenfassung:	The $^3$H+$^3$He cluster structure in $^6$Li was investigated by the $^3$H($\alpha$,$^3$H $^3$He)n kinematically complete experiment at the incident energy $E_\alpha$ = 67.2 MeV. We have observed two resonances at $E_x^*$ = 21.30 and 21.90 MeV which are consistent with the $^3$He($^3$H, $\gamma$)$^6$Li analysis in the Ajzenberg-Selove compilation. Our data are compared with the previous experimental data and the RGM and CSRGM calculations.
ISSN:	2331-8422
DOI:	10.48550/arxiv.1107.2065

Zusammenfassung:	The \(^3\)H+\(^3\)He cluster structure in \(^6\)Li was investigated by the \(^3\)H(\(\alpha\),\(^3\)H \(^3\)He)n kinematically complete experiment at the incident energy \(E_\alpha\) = 67.2 MeV. We have observed two resonances at \(E_x^*\) = 21.30 and 21.90 MeV which are consistent with the \(^3\)He(\(^3\)H, \(\gamma\))\(^6\)Li analysis in the Ajzenberg-Selove compilation. Our data are compared with the previous experimental data and the RGM and CSRGM calculations.
ISSN:	2331-8422
DOI:	10.48550/arxiv.1107.2065

The high-lying \(^6\)Li levels at excitation energy around 21 MeV