CAJ | 학술논문

采用TG-DSC同步热分析仪在氩气气氛下研究了挂式四氢双环戊二烯（exo-THDCP）的热解性能。用不同升温速率的PDSC曲线进一步考察了氧气氛围下exo-THDCP的热氧化性能。结果表明，在高压氧气下exo-THDCP在温度高于380.53℃时将会发生氧化分解反应，反应过程可认为是单步反应。分别用Popescu法、FWO法和KAS法计算获得了exo-THDCP的热氧化分解动力学参数，确定反应机理函数为Avrami-Erofeev方程(n=3/4)。3种方法得到的活化能数值具有良好的一致性，活化能与指前因子之间存在动力学补偿效应。
채용TG-DSC동보열분석의재아기기분하연구료괘식사경쌍배무이희（exo-THDCP）적열해성능。용불동승온속솔적PDSC곡선진일보고찰료양기분위하exo-THDCP적열양화성능。결과표명，재고압양기하exo-THDCP재온도고우380.53℃시장회발생양화분해반응，반응과정가인위시단보반응。분별용Popescu법、FWO법화KAS법계산획득료exo-THDCP적열양화분해동역학삼수，학정반응궤리함수위Avrami-Erofeev방정(n=3/4)。3충방법득도적활화능수치구유량호적일치성，활화능여지전인자지간존재동역학보상효응。
The pyrolysis performance of exo-THDCP was tested by TG-DSC method under argon atmosphere. Meanwhile, the thermo-oxidative decomposition of exo-THDCP was studied by using PDSC curves at different heating rates under oxygen atmosphere. The results show that under high pressure, the oxidative decomposition of exo-THDCP will occur at temperature above 380.53℃, and the reaction can be considered as a single step. The kinetic parameters were calculated by the Popescu, FWO and KAS method, and reflect that the thermo-oxidative decomposition process of exo-THDCP could be described by the Avramic-Erofeev equation (n=3/4). The activation energy values obtained by the three methods are in good consistency. Kinetic compensation effects of the activation energy and pre-exponential factors were also found.