  The tunneling conductance spectra of a
normal-metal/insulator/quasi-one-dimensional superconductor is calculated by
using the Blonder-Tinkham-Klapwijk formulation. The pairing symmetry of the
superconductor is assumed to be $p$, $d$, and $f$-wave. It is found that there
is a well defined zero energy peak in electron tunneling along the direction
parallel to the chains or normal to these when the transmitted quasiparticles
feel different sign of the pair potential. The actual line shape of the spectra
is sensitive to the nodes of the pair potential on the Fermi surface.
