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Elastic scattering and breakup of 17^F at 10 MeV/nucleon

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arxiv nucl-ex/0106019 v1 pith:DTXFQX7F submitted 2001-06-21 nucl-ex

J.F. Liang , J.R. Beene , H. Esbensen , A. Galindo-Uribarri , J. Gomez del Campo , C.J. Gross , M.L. Halbert , P.E. Mueller
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D. Shapira D.W. Stracener I.J. Thompson R.L. Varner
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keywords breakupcalculationelasticoxygenscatteringabsorptionagreementangular
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Angular distributions of fluorine and oxygen produced from 170 MeV 17^F incident on 208^Pb were measured. The elastic scattering data are in good agreement with optical model calculations using a double-folding potential and parameters similar to those obtained from 16^O+208^Pb. A large yield of oxygen was observed near \theta_lab=36 deg. It is reproduced fairly well by a calculation of the (17^F,16^O) breakup, which is dominated by one-proton stripping reactions. The discrepancy between our previous coincidence measurement and theoretical predictions was resolved by including core absorption in the present calculation.

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