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Studying the Influence of a Foil Material on the Uniformity of Its Electric Explosion

机译:研究箔材料对其电爆炸均匀性的影响

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Temporal waveforms of pressure amplitude have been measured using quartz pressure sensors in the central and peripheral (transverse edge) regions of flat electrically exploded foil (EEFs) made of various materials, including copper (M1T grade), aluminum (AD1M), brass (L63), nickel alloy (80NKhS), titanium (VT1-00), steel (08KP), and tin-plated lead. The results of measurements have been used to determine the coefficient of pressure amplitude nonuniformity and explosion time spread over the foil. It is established that the resistivity of the foil material is an important factor influencing the uniformity and simultaneity of explosion.
机译:已使用石英压力传感器在由各种材料制成的扁平电爆炸箔(EEF)的中央和外围(横向边缘)区域中测量了压力幅度的时间波形,这些箔包括铜(M1T级),铝(AD1M),黄铜(L63) ),镍合金(80NKhS),钛(VT1-00),钢(08KP)和镀锡铅。测量结果已用于确定压力幅度不均匀性系数和在箔片上散布的爆炸时间。已经确定,箔材料的电阻率是影响爆炸的均匀性和同时性的重要因素。

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