当代化工
噹代化工
당대화공
CONTEMPORARY CHEMICAL INDUSTRY
2013年
5期
624-626,683
,共4页
姚俊%罗运强%牛振宇%刘亮
姚俊%囉運彊%牛振宇%劉亮
요준%라운강%우진우%류량
气体发生剂%点火孔%低温%点火性能
氣體髮生劑%點火孔%低溫%點火性能
기체발생제%점화공%저온%점화성능
Gas generating agent%Ignition hole%Low temperature%Ignition performance
研究了气体发生剂性能、点火孔面积和排气孔面积等对高压力气体发生器低温点火性能的影响。研究结果表明,气体发生剂和点火孔是影响高压力气体发生器的主要因素,选用燃速较快的气体发生剂和较大的点火孔面积可以有效控制高压力气体发生器低温点火的稳定性。
研究瞭氣體髮生劑性能、點火孔麵積和排氣孔麵積等對高壓力氣體髮生器低溫點火性能的影響。研究結果錶明,氣體髮生劑和點火孔是影響高壓力氣體髮生器的主要因素,選用燃速較快的氣體髮生劑和較大的點火孔麵積可以有效控製高壓力氣體髮生器低溫點火的穩定性。
연구료기체발생제성능、점화공면적화배기공면적등대고압력기체발생기저온점화성능적영향。연구결과표명,기체발생제화점화공시영향고압력기체발생기적주요인소,선용연속교쾌적기체발생제화교대적점화공면적가이유효공제고압력기체발생기저온점화적은정성。
The effect of gas generating agent performance, ignition hole area and vent area on low temperature ignition performance of the high pressure gas generator was investigated. Results show that, both gas generating agent and ignition hole are the key factors to affect the high pressure gas generator;And using gas generating agent with fast burning rate and bigger ignition hole area are effective to control the stability of low temperature ignition performance of the high pressure gas generator .