作者: K. Swe Myint , Y. Akaishi , H. Tanaka , M. Kamimura , H. Narumi
DOI: 10.1007/BF01294748
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摘要: Energy shifts in the shallowest level of muonic moleculedtμ are estimated by using an accurate wave function point-charge three-body system which gives e110= −660.3 meV. Contributions nuclear finite size, vacuum polarization, relativistic effect and internuclear interaction evaluated to be +10.4 meV, +17.2 +0.9 meV ∼ +10−4 respectively. These corrections e110 amount 28.5 is significantly different from corresponding value 20.6 Soviet group, with serious dependence on dtμ, formation rate.