The delocalization of the energy of the ionizing radiation in a molecular medium and its radiation-chemical features

I.G. Kaplan, A.M. Miterev
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引用次数: 8

Abstract

The problem of delocalization of the energy initially absorbed by the medium is considered. We present a rigorous derivation of the formula for the delocalization due to the uncertainty principle for particles of arbitrary velocity. Using the value of the effective range of the electromagnetic field of a moving particle, we estimate the dimensions of the collective excitation area. We also discuss the possible radiation-chemical consequences of the initial delocalization of the energy absorbed by the medium.

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分子介质中电离辐射能量的离域及其辐射化学特征
考虑了介质初始吸收能量的离域问题。对于任意速度的粒子,我们给出了基于不确定性原理的离域公式的严格推导。利用运动粒子电磁场的有效范围值,估计了集体激发区的尺寸。我们还讨论了介质吸收的能量的初始离域可能造成的辐射化学后果。
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