A. Sabourov
Duke University
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Publication
Featured researches published by A. Sabourov.
Physical Review C | 2006
A. Sabourov; M. W. Ahmed; Blackston; Alexander S. Crowell; C.R. Howell; B. A. Perdue; K. Sabourov; A. P. Tonchev; H. R. Weller; R. M. Prior
The absolute astrophysical S factor and cross section for the {sup 7}Li(d,n{sub 0}){sup 8}Be and {sup 7}Li(d,n{sub 1}){sup 8}Be reactions have been determined using deuteron beams with energies between 45 and 80 keV. The slope of the S factor is consistent with zero in the n{sub 0} case but is slightly negative in the n{sub 1} case. The S factor for the sum of both neutron groups at c.m. energies below 70 keV is S(E)=5400({+-}1500)-37({+-}21)E keV b, where E is the c.m. energy in keV.
Physical Review C | 2006
A. Sabourov; M. W. Ahmed; M. A. Blackston; Alexander S. Crowell; C.R. Howell; K. Joshi; S. O. Nelson; B. A. Perdue; K. Sabourov; A. P. Tonchev; H. R. Weller; R. M. Prior; M. Spraker; B. Braizinha
The polarization observables have been determined for the {sup 7}Li(d-vector,n{sub 0}){sup 8}Be and {sup 7}Li(d-vector ,n{sub 1}){sup 8}Be reactions at beam energies between 80 and 160 keV. A Transition Matrix Element (TME) analysis revealed unique, dominant p-wave solutions for both neutron channels. The polarization observables were compared with distorted wave Born approximation (DWBA) and coupled reaction channels (CRC) calculations. The general features of the data can be reproduced by the CRC calculations when a large target spin-orbit interaction is included. However, serious discrepancies are observed when the TMEs of the theory and experiment are compared.
Physical Review C | 2006
A. Sabourov; M. W. Ahmed; M. A. Blackston; Alexander S. Crowell; C.R. Howell; K. Joshi; S. O. Nelson; B. A. Perdue; K. Sabourov; A. P. Tonchev; H. R. Weller; R. M. Prior; M. Spraker; B. Braizinha; N. Kalantar-Nayestanaki
The polarization observables have been determined for the Li-7(d,n(0))Be-8 and Li-7(d,n(1))Be-8 reactions at beam energies between 80 and 160 keV. A Transition Matrix Element (TME) analysis revealed unique, dominant p-wave solutions for both neutron channels. The polarization observables were compared with distorted wave Born approximation (DWBA) and coupled reaction channels (CRC) calculations. The general features of the data can be reproduced by the CRC calculations when a large target spin-orbit interaction is included. However, serious discrepancies are observed when the TMEs of the theory and experiment are compared.
Physical Review C | 2003
S. O. Nelson; M. W. Ahmed; B. A. Perdue; K. Sabourov; A. Sabourov; A. P. Tonchev; R. M. Prior; M. Spraker; H. R. Weller
Physical Review C | 2004
R. M. Prior; A.M. Amthor; S. O. Nelson; A. Sabourov; K. Sabourov; A. P. Tonchev; M. W. Ahmed; J. H. Kelley; H.M. Hofmann
Physical Review C | 2004
K. Sabourov; M. W. Ahmed; S. R. Canon; B. T. Crowley; K. Joshi; J. H. Kelley; S. O. Nelson; B. A. Perdue; Eric Charles Schreiber; A. Sabourov; A. P. Tonchev; H. R. Weller; R. M. Prior; M. Spraker; H.M. Hofmann; M. Trini
Physical Review C | 2006
Y. Parpottas; M. W. Ahmed; M. A. Blackston; B. A. Perdue; R. M. Prior; A. Sabourov; M. Spraker; H. R. Weller
Physical Review C | 2004
R. M. Prior; M. Spraker; A.M. Amthor; K. J. Keeter; S. O. Nelson; A. Sabourov; K. Sabourov; A. P. Tonchev; M. W. Ahmed; J. H. Kelley; D. R. Tilley; H. R. Weller; H.M. Hofmann
Physical Review C | 2006
Y. Parpottas; M. W. Ahmed; M. A. Blackston; B. A. Perdue; R. M. Prior; A. Sabourov; M. Spraker; H. R. Weller
Physical Review C | 2006
A. Sabourov; M. W. Ahmed; M. A. Blackston; Alexander S. Crowell; C.R. Howell; K. Joshi; S. O. Nelson; B. A. Perdue; K. Sabourov; A. P. Tonchev; H. R. Weller; R. M. Prior; M. Spraker; B. Braizinha; N. Kalantar-Nayestanaki
