Conveners
Deuteron and nucleon induced reactions
- Nicolas Schunck (Lawrence Livermore National Laboratory)
Deficiencies in describing the elastic and especially inelastic components of the deuteron breakup (BU) motivate the actual full parametrization of the available deuteron data [1] better than TENDL-2021 deuteron sub-library [2] based on the widely-used TALYS nuclear model code system [3]. Various merely phenomenological descriptions of the available direct-reaction $(d,p)$ stripping data are...
Deuteron is expected to be an effective particle for nuclear transmutation. One of the key nuclear reactions to be studied is the inclusive $(d,d^{\prime}x)$ reaction, in which only the energy and angle of the emitted deuteron are specified. In general, the description of the inclusive reaction is very difficult because of the vast number of nuclear states involved. Although phenomenological...
Proton-nucleus inelastic scattering is an experimental probe for excitation spectrum of the target nucleus. On the other hand, the experimental data for neutron-nucleus inelastic scattering is scarce and thus one needs a robust theoretical framework to study it. Our work uses microscopic nuclear structure calculations for spherical nuclei to obtain nucleon-nucleus scattering potentials to...
In the experiment performed 40 years ago at the University of Maryland, it was reported that the cross section of the $^{16}$O($p,pd$)$^{14}$N reaction [1] is almost half that of the $^{16}$O($p,2p$)$^{15}$N reaction [2]. This result may indicate that the existence probability of the deuteron in $^{16}$O is surprisingly high and that there are $pn$ correlation including the deuteron...
