We investigate the wave propagation through the tilted interface of one-dimensional photonic crystals.Negative refraction can be realized by excitation of the Bloch states in the extended Brillouin zone with suppressed reflection.Equi-frequency surface analysis shows that the positive refraction,negative refraction or birefringence in this configuration can be achieved under a proper incident angle,which is confirmed by finite-difference timedoraain simulations.The results may be useful in applications in the new devices based on one-dimensional photonic or optical waveguide arrays.