CAJ | 학술논문

选择燃烧温度较低的硝酸胍(GN)/碱式硝酸铜(BCN)为气体发生剂基础组分，二羟基乙二肟(DHG)为降温剂，通过测量燃烧温度，以及对其热分解和燃烧产物表面形貌进行分析，研究了DHG对GN/BCN气体发生剂燃烧性能的影响。结果表明，DHG的分解作用影响了GN/BCN体系的分解温度和燃烧反应，加入5%DHG的GN/BCN气体发生剂燃烧温度从1062.13℃降低到1005.19℃，4MPa压力下燃速升高了34.44%，燃烧产物表面有大量的Cu纳米线生长，且结构多孔。
선택연소온도교저적초산고(GN)/감식초산동(BCN)위기체발생제기출조분，이간기을이우(DHG)위강온제，통과측량연소온도，이급대기열분해화연소산물표면형모진행분석，연구료DHG대GN/BCN기체발생제연소성능적영향。결과표명，DHG적분해작용영향료GN/BCN체계적분해온도화연소반응，가입5%DHG적GN/BCN기체발생제연소온도종1062.13℃강저도1005.19℃，4MPa압력하연속승고료34.44%，연소산물표면유대량적Cu납미선생장，차결구다공。
In this paper, the guanidine nitrate(GN)/copper nitrate basic(BCN) was selected as basic components of gas generating agent with low burning temperature, and dihydroxglyxime(DHG) was selected as the cooling agent. Through measuring the combustion temperature, analyzing thermal decomposition behavior and combustion product surface, the effects of DHG on the combustion characteristics of GN/BCN gas generating agents were studied. The results show that decomposition temperature and combustion reaction of GN/BCN gas generating agents were influenced, because of the decomposition of DHG. Burning temperature reduced from 1 062.13℃ to 1 005.19℃, and burning rate increased by 34.44% under 4MPa pressure with 5% DHG adding, there were large amount of Cu nanowires on combustion product surface and the product structure was porous.