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Low-energy electron spectrum of a copper target bombarded by α-particles of 238Pu

机译:238Pu的α粒子轰击的铜靶的低能电子光谱

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摘要

The (αe) time coincidence method is applied to study the low-energy electron spectrum of a copper target bombarded by α-particles of 238Pu. Ionization of atoms bombarded by charged particles is considered as the shaking of electrons into the continuous spectrum due to a sudden perturbation by a flying particle. A comparison of experimental and calculated distributions showed good agreement, which confirms the accuracy of the ionization description as a result of the shaking effect.
机译:应用(e)时间重合法研究了238Pu的α粒子轰击的铜靶的低能电子光谱。由于飞行粒子的突然扰动,被带电粒子轰击的原子的电离被认为是电子向连续光谱的振荡。实验分布和计算分布的比较显示出良好的一致性,这证实了由于振动效应而引起的电离描述的准确性。

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