  The bound and resonance states along with corresponding autoionization widths
for nitrogen sulphide (NS) molecule are determined using electron NS$^+$ cation
scattering calculations. The calculations are performed for $^2{\Sigma}^+$,
$^2{\Pi}$ and $^2\Delta$ total symmetries using the ab initio R-matrix method
for both bound and continuum states. Calculations are performed on a grid of
106 points for internuclear separations between 1.32 and 3 $\AA$. The resonance
states yield dissociative potential curves which, when considered together with
their widths, provide input for models of different electron-cation collision
processes including dissociative recombination, and rotational and vibrational
excitation. Curves and couplings which will lead directly to dissociative
recombination are identified.
