爆破器材
爆破器材
폭파기재
2013年
4期
45-48
,共4页
胡升海%房泽法%熊鹏%巫雨田%戴国蕊%顾保虎
鬍升海%房澤法%熊鵬%巫雨田%戴國蕊%顧保虎
호승해%방택법%웅붕%무우전%대국예%고보호
导爆管%高速摄像%起爆过程%成长长度%传爆过程%爆轰波结构%有效反应区长度
導爆管%高速攝像%起爆過程%成長長度%傳爆過程%爆轟波結構%有效反應區長度
도폭관%고속섭상%기폭과정%성장장도%전폭과정%폭굉파결구%유효반응구장도
nonel tube%high speed photography%initiating process%growth length%detonation propagating process%detonation wave structure%effective reaction zone length
结合高速摄像技术，对导爆管的正常起爆与传爆过程进行了研究，得到了导爆管的起爆与传爆过程的高速摄像图像。对高速摄像图像进行了分析与测算，得到1745 m/s爆速导爆管起爆过程的爆轰成长规律及其成长长度为18．5cm左右的结论，得到了稳定爆轰波结构模型及其有效反应区长度为7cm左右的结论。
結閤高速攝像技術，對導爆管的正常起爆與傳爆過程進行瞭研究，得到瞭導爆管的起爆與傳爆過程的高速攝像圖像。對高速攝像圖像進行瞭分析與測算，得到1745 m/s爆速導爆管起爆過程的爆轟成長規律及其成長長度為18．5cm左右的結論，得到瞭穩定爆轟波結構模型及其有效反應區長度為7cm左右的結論。
결합고속섭상기술，대도폭관적정상기폭여전폭과정진행료연구，득도료도폭관적기폭여전폭과정적고속섭상도상。대고속섭상도상진행료분석여측산，득도1745 m/s폭속도폭관기폭과정적폭굉성장규률급기성장장도위18．5cm좌우적결론，득도료은정폭굉파결구모형급기유효반응구장도위7cm좌우적결론。
Experimental studies on the initiating process and detonation propagating process of nonel tube were con -ducted by using high speed photography to obtain the related high speed photographs of detonation wave .By means of ana-lysis and calculation of relevant photographs , the growth rule of detonation for the nonel tube at the detonation propagating speed of 1745m/s with a corresponding growth length of about 18.5cm was clarified, and the structure model of steady det-onation wave within the effective reaction zone length of about 7cm was also obtained .
