Form factors and normalisation constants for (d,t) and (d,³He) reactions using realistic wavefunctions

Nucleon-deuteron relative motion wavefunctions are obtained by an overlap method that describes clustering in three-nucleon systems. Wavefunctions of this type are expected to be important for finite-range DWBA analyses of ( 3 H,d) and ( 3 He,d) reactions as well as reactions involving other light nuclei. Cluster amplitudes for pure p+d and n+d configurations for helions and tritons are determined together with zero-range normalisation constants for the above reactions.