The curing process and cure kinetics of a moderate-temperature-curing adhesive foam had been investigated by dynamic differential scanning calorimetry （DSC） experiments.To confirm a linear relationship between the peak temperatures （T_p） of DSC curves and the natural logarithm of heating rates（β）， in addition to the combination of heating rates β of 5，10，15 and 20 K/min in DSC tests，heating rates β of 1，2.718，7.389 and 20 K/min were designedly set， so that lnβ would be equal and approximate to 0，1，2 and 3 for easy calculation， thus curing parameters and the apparent activation energy （E_a） could be easily and quickly determined. Empirical linear relationships between T_p with lnβ had been sustained by a series of literature data about heating cure， thermal decomposition and crystallization of some polymers. Using the characteristic temperature parameters T₁ and ΔT obtained from the above linear relationship， the magnitude of the activation energy （E_a） could be explained and the kinetic data could be quickly solved. The results have established and proved a simple and reliable kinetic solution other than methods by Kissinger and Ozawa. The simple method for solving the kinetic parameters of thermal-induced reaction or crystallization change is reasonable and effective.