Non-adiabatic calculation of muonic atom-nucleus collisions

Non-adiabatic calculation of muonic atom-nucleus collisions
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μ子原子核碰撞的非绝热计算

DOI:
10.1007/bf01027943
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发表时间:
1993
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通讯作者:
M. Kamimura
M. Kamimura
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--
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--
作者:
Y. Kino;M. Kamimura

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为了计算介子原子-原子核碰撞截面,我们提出了一种精确的数值计算方法,即在整个空间中使用雅可比坐标系的三体系统的非绝热耦合重排通道法。沿坐标方向正确施加了散射边界条件;这种方法没有绝热表示法的众所周知的缺陷。我们将该方法应用于入射能量为0.001 ~ 100 eV的介子原子-原子核碰撞。
In order to calculate the cross sections of the muonic atom-nucleus collisions, we have proposed a precise numerical method, a non-adiabatic coupled-rearrangement-channel method with the use of the Jacobian coordinates for the three-body system in the whole space. The scattering boundary condition is correctly imposed along the coordinates; this method does not suffer from the well known defects of the method of adiabatic representation. We applied our method to the muonic atom-nucleus collisions for an incident c.m. energies of 0.001–100 eV.
M. Kamimura:《物理评论 A》
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