Abstract
The bound-state properties and hyperfine structure splitting in the ground -states of the three-electron beryllium-muonic atoms 9Be4+μ−e−3 and 10Be4+μ−e−3 are determined numerically with the use of highly accurate variational five-body wavefunctions. All computations of the beryllium-muonic atoms are performed with the use of the two independent electron spin functions.
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