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This article describes the fabrication of C 60 -doped carbazole-based bi-functional photorefractive polyacrylates, the C 60 -doped concentrations are 0.0, 0.2, 0.5, 0.7 and 1.0 wt.-%, respectively. For these photorefractive polyacrylates, differential scanning calorimetric runs have been taken under nonisothermal conditions at different heating rates. The result indicates that the glass transition temperature T g  first increases and then decreases with increasing of C 60  content. T g  of the same sample increases with increasing heating rate. The activation energy of glass transition (E g ) has been evaluated based on the Moynihan and Kissinger model. The results showed that both E g  values obtained from Kissinger's and Moynihan's relations are in good agreement.

Investigation of glass transition kinetics in C 60 -doped carbazole-based photorefractive polyacrylates