Nonpeculiar behavior of the (O16, C12) transfer reaction in the s-d shell

J. R. Erskine; W. Henning; D. G. Kovar; L. R. Greenwood; R. M. Devries

doi:10.1103/PhysRevLett.34.680

Nonpeculiar behavior of the (O16, C12) transfer reaction in the s-d shell

J. R. Erskine, W. Henning, D. G. Kovar, L. R. Greenwood, R. M. Devries

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Abstract

Recent analyses of (O16, C12) four-nucleon transfer data in the s-d shell have suggested (a) that the transfer occurs with the α cluster in its 28.5-MeV excited state, and separately (b) that weakly absorbing optical potentials must be used. Our analysis of four-nucleon transfers measured in the reaction Mg24(O16, C12)Si28 contradicts such peculiar features in the (O16, C12) reaction, and yields spectroscopic information in agreement with theoretical predictions.

Original language	English
Pages (from-to)	680-683
Number of pages	4
Journal	Physical Review Letters
Volume	34
Issue number	11
DOIs	https://doi.org/10.1103/PhysRevLett.34.680
State	Published - 1975

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10.1103/PhysRevLett.34.680

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abstract = "Recent analyses of (O16, C12) four-nucleon transfer data in the s-d shell have suggested (a) that the transfer occurs with the α cluster in its 28.5-MeV excited state, and separately (b) that weakly absorbing optical potentials must be used. Our analysis of four-nucleon transfers measured in the reaction Mg24(O16, C12)Si28 contradicts such peculiar features in the (O16, C12) reaction, and yields spectroscopic information in agreement with theoretical predictions.",

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AU - Erskine, J. R.

AU - Henning, W.

AU - Kovar, D. G.

AU - Greenwood, L. R.

AU - Devries, R. M.

PY - 1975

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AB - Recent analyses of (O16, C12) four-nucleon transfer data in the s-d shell have suggested (a) that the transfer occurs with the α cluster in its 28.5-MeV excited state, and separately (b) that weakly absorbing optical potentials must be used. Our analysis of four-nucleon transfers measured in the reaction Mg24(O16, C12)Si28 contradicts such peculiar features in the (O16, C12) reaction, and yields spectroscopic information in agreement with theoretical predictions.

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ER -

Nonpeculiar behavior of the (O16, C12) transfer reaction in the s-d shell

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