Hitoshi Miyoshi, Makoto Hikiji, Seishiro Kibe, Susumu Toda, Tetsuya Yamamoato, Mitsuru Kobayashi, Asao Kunoh, and Tetsuyuki Hiroe
三好 仁，引地 誠，木部勢至朗，戸田 勧，山本哲也，小林 充，久納麻夫，廣江哲幸
p.197-200
Abstract
The technique of forming a high velocity projectile at over 10 km sec-1 from a shaped charge jet was applied to produce a projectile at about 7 km sec-1. The velocity was easily obtained by using conventional launchers, e.g. a two stage light gas gun. The result of this study is to be effectively used to evaluate the penetration performance of the two types of the projectiles that have the same approximate velocity. The type of explosive used was changed to TNT from octol. The liner angle was 40 degree, the liner thickness 4.2 mm, and the height of cone part of the inhibitor was 13.4 mm with a hole diameter for the inhibitor at 20.0 mm. The resulting projectile had the velocity of 7.5 km sec-1 and the mass of 1.4 gram.
成形爆薬で生成されるジェットから10 km·sec-1の程度の超高速飛翔体を取り出す技術を用いて，軽ガスガン等の装置で得られるのと同等な約7 km·sec-1の速度の飛翔体を得る技術を確立した。成形爆薬の仕様では，薬種をオクトールからTNTに変更し，ライナ角を40度，ライナ厚さを4.2 mmとし，インヒビタについては円錐部高さを13.4 mm，ジェット入口径を20.0 mmとすることで，7.5 km·sec-1の速度，質量が1.4 gの飛翔体が得られた。
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