Abstract
The magnetic shielding σ of H3e is studied. The complete relativistic corrections of order O(α2), leading QED corrections of order O(α3 ln α), and finite nuclear mass effects of order O(m/mN) are calculated with high numerical precision. The resulting theoretical predictions for σ=59.967 43(10)×10−6 are the most accurate to date among all elements and support the use of H3e as a NMR standard.
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