Largeframecontinuousrotatingmirrorframingcamera anditsapplications
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摘要: 采用共轴设计理论和控制离焦相结合的方法,研制了大画幅等待式转镜分幅相机,画幅尺寸达到 了30mm18mm,动态目视分辨率35mm-1,总画幅数80,摄影频率1104~5105s-1。高速转镜部件采 用光纤传感器系统实现转速信号的产生和传输,避免了高速直流电机对转速信号的干扰,确保了测速准确度。 研制的相机在爆轰物理和冲击波物理实验研究中,得到了满意的结果。Abstract: Alargeframecontinuousrotatingmirrorframingcamerawasdevelopedbasedoncoaxial imagingtheoryandcontrollingdefocusingrangetomeettheneedsofstudyonadvancedweapon.It hasframesize30mm18mm,dynamicvisualresolution35mm-1,numberofframes80,framing ratefrom1104to5105s-1.Byuseofafibersensorsystemwhichproducetherotationsignaland transferittocontrolsystem,thedisturbancefrom highspeedrotating mirrorisaverted,andthe measurementveracityofrotatingspeedisensured.Thecamerarunsconvenientlyundernewcontrol system,andattainstheperfectresultsinthedetonationandshockwavephysicsexperimentstudy.
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Key words:
- mechanicsofexplosion /
- coaxialimagingdesign /
- detonationexperiment /
- highspeedcamera
期刊类型引用(1)
1. 赵新才,李剑,肖正飞,刘宁文. 爆轰加载下柱壳膨胀断裂的超高速光电摄影实验研究. 高压物理学报. 2016(02): 89-93 . 百度学术
其他类型引用(5)
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