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首页> 外文期刊>Journal of Technical Physics >THE PHYSICS OF SUPERDEEP PENETRATION PHENOMENON
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THE PHYSICS OF SUPERDEEP PENETRATION PHENOMENON

机译：超深穿透现象的物理学

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While solving the problem of superdeep penetration, a dilemma appears: will we deal with an unusual mechanism of effective transformation of impact energy of a clot into energy of separate strikers motion or will it be a process of additional energy emission? It was shown that all possibilities of explanation of the decrease in resistance to a striker at its movement in a solid body due to the mechanism of economical use of the kinetic energy, are considered (so-called dead end was stated). Estimations of a minimum energy necessary for superdeep penetration have been performed. The obtained results have proved that the kinetic energy of a collision of a clot of discrete (separate) strikers with a barrier makes only 5÷10% of the total amount of the energy loss. It was shown that the process of cavitation of microcavities in dense plasma is the source of additional energy, providing implementation of superdeep penetration.
机译：在解决超深穿透问题时，出现了一个难题：我们将处理一种异常的机制，将血块的撞击能量有效地转换为单独的撞针运动能量，还是将其作为额外的能量释放过程？结果表明，考虑到了所有可能的解释，即由于经济地利用了动能的机理，使撞针在固体中运动时阻力减小了（陈述了所谓的死角）。已经进行了超深穿透所需的最小能量的估计。获得的结果证明，离散的（分开的）撞针与障碍物碰撞的动能仅占能量损失总量的5÷10％。结果表明，致密等离子体中的微腔空化过程是额外能量的来源，可实现超深穿透。

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