Angular Distributions forTnp=1andTnp=0Transfers in (He3,p) Reactions

Angular distributions of (${}_{}{}^3{}_{}{}^{}\mathrm{He},p$) reactions are investigated for some odd-even target nuclei, which allow orbital-angular-momentum transfers $L_{\mathrm{np}}=0,2$ for $T_{\mathrm{np}}=0,1$ transitions. "Pure" $L_{\mathrm{np}}=0\mathrm{}$ distributions are observed for the $n-p$ pair transfer with $T_{\mathrm{np}}=1\mathrm{}$ leading to the analog state and to the corresponding state with the same nucleon configuration but with $T=T_{<}$. "Mixed" $L_{\mathrm{np}}=0+2\mathrm{}$ distributions are observed for $T_{\mathrm{np}}=0\mathrm{}$ transfers.