用各种动力学方程和机理函数对乳化基质、乳化炸药（由气泡、玻璃空心微球和树脂微球敏化）和乳化粉状炸药的差示扫描量热（密封池和非密封池）实验结果进行了研究，得到了这些物质的动力学参数和热分解机理函数．乳化基质、乳化炸药（气泡敏化）和乳化粉状炸药的活化能分别为１６０±５，９５±５，１４０±５ｋＪ／ｍｏｌ，乳化基质和乳化粉状炸药的热分解最可几函数（积分形式Ｇ（α））均为１－α． Experiments with differential scanning calorimetry (sealed and unsealed tanks) of emulsifying matrix, emulsion explosives (sensitized by bubbles, glass hollow microspheres and resin microspheres) and emulsified powder explosives were performed using various kinetic equations and mechanism functions The results were studied and the kinetic parameters and thermal decomposition mechanism functions of these materials were obtained. The activation energies of emulsified matrix, emulsion explosive (bubble sensitized) and emulsified powdered explosive are 160 ± 5, 95 ± 5 and 140 ± 5kJ / mol, respectively. The thermal decomposition most probable function of emulsion matrix and emulsion powder explosive Form G (α)) is 1-α.