The statistical parameters of Taylor bubbles in cryogenic slug flow along glass tube were studied experimentally for various inclination angles theta (0 degrees 60 degrees from the vertical direction) and four tube inner diameters D (14, 18, 25 and 32 mm) by using high speed digital camera. The distributions and mean values of initial formation position, and the length and velocity of Taylor bubbles along the tube at various inclination angles were obtained. Initial position of Taylor bubbles increases as tube inner diameter increases and the effect of tube diameter on Taylor bubble initial position becomes more obvious at theta >= 30 degrees. Taylor bubble length shows an allometric decreasing trend with the increasing of tube inner diameter. The influence of inclination angle and axial position on the length and velocity of Taylor bubble in cryogenic slug flow agrees qualitatively with conventional airwater system. The maximum mean velocity of Taylor bubble occurs at 30 degrees <= theta <= 45 degrees and the minimum mean length of Taylor bubble occurs at 0 degrees <= theta <= 20 degrees. The Mean length of Taylor bubble increases along the tube for x/D <= 60.