在熱危害分析中,為求取自加速分解溫度,或自發性放熱反應,必須借助於絕熱卡計之應用,以求得系統之相關熱力數據及反應動力行為.本研究探討苯及丙酮雙組成溶液於氣-液雙相系統中,熱慣性隨溫度與熱容之改變而變化,得知熱慣性隨溫度之增加而減少,且於實際狀況下之自加速分解溫度也會隨熱慣性及溶液組成之變化而改變 By means of adiabatic calorimeters, thermalkinetic variables and data can be acquired. They are then used to analyze thermal hazardsof the reactive chemicals. Among them,thermal inertia and SADT have possessed high priorities.Through this study,a two-phase ,two-components system is conduced to:(1) investigate thermal inertia as functions of temperature,heat capacity and quality;(2) correction of traditional definitionof thermal inertia.-1 -aThe effect of two-phase behavior on thermal inertia and SADT in adiabatic calorimeter
