CAJ | 학술논문

使用热分析仪器和AKTS热分析模拟软件研究了烟花爆竹药剂热分解的过程，得出了烟花爆竹药剂的活化能和反应相关系数随反应进程变化的曲线，进一步算出药剂在24 h内能够完全反应的最高环境温度（ T24 h ）和自加速分解温度（ SADT），为防止烟花爆竹发生爆炸事故提供了理论依据。
사용열분석의기화AKTS열분석모의연건연구료연화폭죽약제열분해적과정，득출료연화폭죽약제적활화능화반응상관계수수반응진정변화적곡선，진일보산출약제재24 h내능구완전반응적최고배경온도（ T24 h ）화자가속분해온도（ SADT），위방지연화폭죽발생폭작사고제공료이론의거。
Based on the thermal analysis instruments and the AKTS simulation software,the thermal decomposition process of the fireworks and crackers are researched and studied,and the conclusion are gained as follows:the change curves of the activation energy and correlation coefficient with the progress of reaction are drawn. Moreover,the maximum environment temperature that the fireworks and crackers could completely react in 24 h( T 24 h )and Self Accelerating Decomposition Temperature( SADT)are calculated. The results are of great significance in preventing and controlling the explosion accidents,so as to improve the safety situation of fireworks and crackers.