E. Garrido, D. V. Fedorov, A. S. Jensen
Published 1996-03-20Version 1
Momentum distributions of particles from nuclear break-up of fast three-body halos are calculated consistently, and applied to $^{11}$Li. The same two-body interactions between the three particles are used to calculate the ground state structure and the final state of the reaction processes. We reproduce the available momentum distributions from $^{11}$Li fragmentation, together with the size and energy of $^{11}$Li, with a neutron-core relative state containing a $p$-state admixture of 20\%-30\%. The available fragmentation data strongly suggest an $s$-state in $^{10}$Li at about 50 keV, and indicate a $p$-state around 500 keV.
Comments: 11 pages (RevTeX), 3 Postscript figures (uuencoded postscript file attached at the end of the LaTeX file). To be published in Phys. Rev. C
Journal: Phys.Rev.C53:3159-3162,1996
Three-Body Halo Fragmentation: Polarization effects
Three-body Halos. IV. Momentum Distributions after Fragmentation
The Role of Final State Interactions in Quasielastic $^{56}$Fe$(e,e')$ Reactions at large $|\vec q|$
