Application of fiber-optic pin to nonmetallic shock experiments
-
摘要: 使用石英光纤探针成功测量了Teflon样品中的冲击波速度和电炮加载的厚度为75 m的Mylar膜飞片的平均速度和到达时间一致性。实验证明,石英光纤探针技术为非金属材料的冲击实验提供了一种直接的、不受电磁干扰的、精确的测量手段。Abstract: Shock wave velocity in Teflon sample, average velocity and flatness of Mylar flyer plate driven by electronic gun were measured by fiber-optic pins. Experimental results show that quartz optical fiber pin diagnostic technology provides a direct, electronic noise immune,accurate shock diagnostic for nonmetallic material shock experiments.
计量
- 文章访问数: 2380
- HTML全文浏览量: 100
- PDF下载量: 207
- 被引次数: 0