衝撃大電流による細線金属の爆発現象

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概要

• 論文の詳細を見る

• This paper deals mainly with the role of exploding wire in transferring energy from the capacitor to the shock wave, the determination of the efficiency of energy transfer process, and the expansion of vaporized wire under the influence of reflected shock waves. The expansion of vaporized wire and the intensity of shock wave have been measured by using high speed camera and piezoelectric element (PZT).　Experimentel results show that the time from electric energy supply to burst is a important part of the exploding wire and that the rate of energy input into wire is a very important factor for the generation and the intensity of shock wave. It is further shown that the expansion of exploded wire is affected by the shock wave reflected from the surrounding barriers. The metal coating efficiency can be raised by the effective action of reflected shock wave.

• 山形大学の論文
• 1976-02-20

著者

• 佐藤 秀昭

  工学部電気工学科

• 土屋 政光

  工業短期大学部電気工学科

関連論文

• 衝撃大電流による細線金属の爆発現象

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