  We investigate an anisotropic model of superconductors in the
Einstein-Maxwell-dilaton theory with a charged scalar field. It is found that
the critical temperature decreases as the anisotropy becomes large. We then
estimate the energy gap of the superconductor, and find that the ratio of the
energy gap to the critical temperature increases as the anisotropy increases
and so it is larger than that in the isotropic case. We also find that peudogap
appears due to the anisotropy.
