含能材料
含能材料
함능재료
ENERGETIC MATERIALS
2010年
2期
205-208
,共4页
刘桂林%李国新%王广海%劳允亮
劉桂林%李國新%王廣海%勞允亮
류계림%리국신%왕엄해%로윤량
武器系统与运用工程%Mg/PTFE薄膜%火工品%真空蒸镀%磁控溅射
武器繫統與運用工程%Mg/PTFE薄膜%火工品%真空蒸鍍%磁控濺射
무기계통여운용공정%Mg/PTFE박막%화공품%진공증도%자공천사
weapon system and application engineering%Mg/PTFE thin film%pyrotechnics%evaporated deposition%magnetron sputtering
以镁(Mg)为可燃物质,聚四氟乙烯(PTFE)为氧化剂,利用磁控溅射和真空蒸镀两种方法,制备薄膜烟火器件,研究两种制膜工艺在性能上的差异,并对其附着力、薄膜粒度和燃速进行了测量.结果表明,磁控溅射制得的薄膜附着力为35.88 mN,粒度为0.1～0.5 μm,燃速为(623.9±12.5) mm·s~(-1),其主要性能优于真空蒸镀法制得的薄膜.
以鎂(Mg)為可燃物質,聚四氟乙烯(PTFE)為氧化劑,利用磁控濺射和真空蒸鍍兩種方法,製備薄膜煙火器件,研究兩種製膜工藝在性能上的差異,併對其附著力、薄膜粒度和燃速進行瞭測量.結果錶明,磁控濺射製得的薄膜附著力為35.88 mN,粒度為0.1～0.5 μm,燃速為(623.9±12.5) mm·s~(-1),其主要性能優于真空蒸鍍法製得的薄膜.
이미(Mg)위가연물질,취사불을희(PTFE)위양화제,이용자공천사화진공증도량충방법,제비박막연화기건,연구량충제막공예재성능상적차이,병대기부착력、박막립도화연속진행료측량.결과표명,자공천사제득적박막부착력위35.88 mN,립도위0.1～0.5 μm,연속위(623.9±12.5) mm·s~(-1),기주요성능우우진공증도법제득적박막.
Mg/PTFE thin film pyrotechnic was produced by magnetron sputtering and evaporated deposition using magnesium as the combustible and polytetrafluoroethylene as the oxidant. The differences of the two film technologies were investigated and the adhesion,the granularity and the burning rate of the thin film were measured. Results show that the adhesion,the granularity and the burning rate of the Mg/PTFE film produced by magnetron sputtering are 35.88 mN,0.1-0.5 μm and (623.9±12.5) mm·s~(-1) respectively,and the main performances of the Mg/PTFE film produced by magnetron sputtering are better than that by evaporated deposition.
