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Analysis of the 18 Fg,m(d,p) F 19 reactions in the rotational model

  • Author(s): Macchiavelli, AO;
  • Crawford, HL;
  • Fallon, P;
  • Lee, IY;
  • Clark, RM;
  • Campbell, CM;
  • Cromaz, M;
  • Morse, C;
  • Santamaria, C
  • et al.
Abstract

Spectroscopic strengths for the 18Fg,m(d,p)F19 reactions to members of the ground-state band in F19 are interpreted in the rotational model. The analysis considers two different coupling schemes, namely, the strong and decoupled limits of the particle rotor model to describe the ground and isomeric states of F18, as well as the transitions to the ground-state band in F19. Our results, obtained using Nilsson amplitudes for the neutron levels 12[220], 32[211], and 52[202] calculated at a deformation ϵ2=0.32 are in agreement with the measurements and USDB shell-model calculations.

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