Abstract
Probabilities for electron shake-up and shake-off are calculated as relaxation processes following the beta decay of 6 He to form 6 Li, including corrections due to nuclear recoil. Within the sudden approximation, it is found that the correction due to nuclear recoil is nearly an order of magnitude less than that measured by Carlson et al . Phys. Rev. 129 , 2220 (1963).
Highlights
The electrons redistribute themselves over all possible states of the 6Li+ ion, including the continuum leading to 6Li++ and 6Li3+
1 Introduction There are currently several experiments in progress to search for new physics beyond the SudtneacdnaeydrsaotrfadnthMdetohhdeeelleiunbmeyrghisyiogdthoisppterrei6bcHiustieoio→nnsat6nuLddii+sepseeo−cft+raanνgoeuf [lt1ah,re2cr]o.ercAroeinllaietoisonsnes.ns tAiinaflttephraetrhEt eomfβaxtdh=eeca3any.5a0elvy8esMinste,iVsthtβoe atomic electrons suddenly nd themselves in a 6Li+ environment with nuclear charge Z = 3
Evidence for new physics beyond the Standard Model would reveal itself by an additional tensor coupling contribution to the weak interaction, in addition to the simple Gamow-Teller axial-vector mechanism [13]
Summary
The electrons redistribute themselves over all possible states of the 6Li+ ion, including the continuum leading to 6Li++ and 6Li3+. If the initial state of which is the 6Li+ the atom relativistic. Kfroims an initial atomic state i of
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