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HAN基绿色推进剂点火技术研究进展
引用本文:王新强,邓康清,李洪旭,余小波.HAN基绿色推进剂点火技术研究进展[J].火箭推进,2017,43(2).
作者姓名:王新强  邓康清  李洪旭  余小波
作者单位:湖北航天化学技术研究所,湖北襄阳,441003
摘    要:针对HAN基绿色推进剂普遍存在点火困难的问题,总结了国内外HAN基绿色推进剂点火技术的研究和应用情况。HAN基液体推进剂的点火方式主要包括催化分解点火、电火花点火、无弧点火、电解点火和激光点火。HAN基凝胶推进剂仍采用传统烟火药方式,难以实现点火。HAN基固体推进剂采用电极电解点火方式,在电压的控制下实现了点火、燃烧和熄火可控。分析认为,采用电解方式能够显著提高HAN推进剂的点火效率,是HAN基推进剂点火技术的发展方向。

关 键 词:硝酸羟胺  催化点火  电点火  电解点火

Research progress on ignition of HAN-based green propellant
WANG Xinqiang,DENG Kangqing,LI Hongxu,YU Xiaobo.Research progress on ignition of HAN-based green propellant[J].Journal of Rocket Propulsion,2017,43(2).
Authors:WANG Xinqiang  DENG Kangqing  LI Hongxu  YU Xiaobo
Abstract:The recent research and application of the ignition technology of HAN-based green propellants at home and abroad is reviewed to solve the difficulty commonly existing in ignition of HAN-based green propellants.Several ignition methods of the HAN-based liquid propellants includes catalytic decomposition ignition method,electric spark ignition method,electrolytic ignition method and laser ignition method.The HAN-based jel propellant still uses conventional ignition methods,which is difficult to achieve ignition.The electrolytic ignition method can achieve ignition,combustion and flameout control of a novel HAN-based solid propellant under the condition of voltage control.The analysis results indicate that the electrolytic ignition method can improve the ignition effectiveness of HAN-based propellant obviously,and is the development direction of HAN-based propellants.
Keywords:HAN  catalytic ignition  electrical ignition  electrolytic ignition
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