Absence of closed shell effect in the fusion reaction 40Ca + 48Ca at 330 MeV

Details Absence of closed shell effect in the fusion reaction 40Ca + 48Ca at 330 MeV Absence of closed shell effect in the fusion reaction 40Ca + 48Ca at 330 MeV

Mar 1982

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1982phrvc..25.1641b&link_type=abstract

Physical Review C (Nuclear Physics), Volume 25, Issue 3, March 1982, pp.1641-1643

Physics

Nuclear Physics

Scientific paper

A direct comparison of the complete fusion cross section of the reaction 40Ar + 48Ti with the double magic 40Ca + 48Ca fusion cross section has been done with 330 MeV projectile energy. The compound nucleus 88Zr was formed with nearly the same excitation energy and identical angular momentum population in both reactions. A ΔE-E telescope placed in the focal plane of a spectrometer, associated with a time of flight allowed a complete identification of the reaction products. Evaporation residues were also detected inside the scattering chamber with a ΔE-E silicon telescope. From both measurements, there was no evidence for a closed shell effect in the complete fusion reaction. NUCLEAR REACTIONS 40Ca + 48Ca, 40Ar + 48Ti, Elab=330 MeV, measured fusion cross sections.

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