首页> 外文期刊>Russian journal of physical chemistry, B. >Relativistic Calculations of Electronic Excitation Probabilities in U~(92+)-U~(91)+(1s) Collisions in the Monopole Approximation
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Relativistic Calculations of Electronic Excitation Probabilities in U~(92+)-U~(91)+(1s) Collisions in the Monopole Approximation

机译:单极逼近中U〜(92 +)-U〜(91)+(1s)碰撞中电子激发概率的相对论计算

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摘要

Heavy ion collisions U~(92+)- U~(91+)(1s) at a 6 MeV incident particle energy per nucleon are considered. The wave function of the electron was determined by solving the Dirac time-dependent equation in a central field, which is the sum of the potential of the target nucleus and the potential of the incident nucleus taken in the monopole approximation. The Dirac equation was solved using the basis set of Hermitian B-splines. The probabilities of remaining in the Is target state were calculated as functions of the impact parameter.
机译:每个核子在6 MeV入射粒子能量下发生重离子碰撞U〜(92 +)-U〜(91 +)(1s)。通过在中心场中求解狄拉克时间相关方程来确定电子的波函数,该方程是目标原子核的电势和单极子近似中入射核的电势之和。使用Hermitian B样条曲线的基集求解Dirac方程。计算保留为Is目标状态的概率作为影响参数的函数。

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