CAJ | 학술논문

　　通过对含二甲苯的试剂在反应釜进行压力模拟实验，以及二冲程发动机内燃烧室堆积物的发动机实验，研究压力因素对堆积物的影响。在反应釜中，温度与压力的变化会存在堆积物生成的温度下限；堆积物量会随着压力的升高而增加，但由于高压状态时会出现自燃而分解部分堆积物。堆积物由官能团的氧化过程形成，反应釜的增压会催化氧化反应。在二冲程发动机里，稀薄燃烧的状态下会有更多的燃烧室堆积物产生。
　　통과대함이갑분적시제재반응부진행압력모의실험，이급이충정발동궤내연소실퇴적물적발동궤실험，연구압력인소대퇴적물적영향。재반응부중，온도여압력적변화회존재퇴적물생성적온도하한；퇴적물량회수착압력적승고이증가，단유우고압상태시회출현자연이분해부분퇴적물。퇴적물유관능단적양화과정형성，반응부적증압회최화양화반응。재이충정발동궤리，희박연소적상태하회유경다적연소실퇴적물산생。
In this study , the effect of pressure on deposit formation is investigated by using an autoclave which simulates production of deposit with p-Xylene , and the combustion chambe deposit formation in a two-stroke cycle engine is dis-cussed .The results obtained there is a limit temperature for deposit formation , and the temperature varies with pressure in the autoclave .The deposit weight increases with increasing pressure except that the deposit weight decreased due to autog -enous ignition in a high pressure condition .There is an oxidation process of functional group for deposit's formation , and the oxidation is promoted as the pressure in the autoclave is increased .In a two-stroke cycle engine , the CCD is more formed in the lean combustion .