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Visualization of underwater sympathetic detonation of high explosives

机译:水下爆炸物高爆炸药的可视化

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摘要

The experiment for the sympathetic detonation (Sudo et al., 1951) (Fukuyama et al., 1958) in water was conducted. Composition B (RDX: 64%, TNT: 36%, Detonation velocity: 7900m/s) was used for both donor (the thickness was 50mm, and the diameter was 31mm) and receptor charges. The distance between the donor and the receptor, and the thickness (5, 7.5, 10mm) of the receptor were varied in the experiments. In order to investigate the basic characteristics of the underwater sympathetic detonation of high explosive, the sympathetic detonation phenomena were visualized by a high-speed camera (HADLAND PHOTONICS, IMACON790) in forms of streak and framing photographs. The 200 ns/mm streak velocity was used when the streak photographs were taken. In the framing photographs, the interval time was 2μs. Manganin gauges (KYOWA Electronic INSTRUMENTS CO. SKF-21725) were used for the pressure measurements. The gauges were set under the receptor. The pressures during the complete and incomplete explosions were measured.
机译:在水中进行了交感爆轰实验(Sudo等,1951)(Fukuyama等,1958)。组合物B(RDX:64%,TNT:36%,爆炸速度:7900m / s)用于施主(厚度为50mm,直径为31mm)和受体电荷。供体和受体之间的距离以及受体的厚度(5、7.5、10mm)在实验中有所不同。为了研究高爆炸物在水下的交感起爆的基本特征,用高速相机(HADLAND PHOTONICS,IMACON790)以条纹和成帧照片的形式可视化交感起爆现象。拍摄条纹照片时,使用200 ns / mm的条纹速度。在取景照片中,间隔时间为2μs。使用锰规(KYOWA Electronic INSTRUMENTS CO。SKF-21725)进行压力测量。量规设置在接收器下方。测量了完全爆炸和不完全爆炸期间的压力。

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