Abstract
The boron nuclear quadrupole double resonance spectrum of decaborane, B 10 H 14 , was taken at 77 K. The assignment of its 11 B lines to the various boron atoms of the molecule is based on the spectrum of μ,1,2,3,4,5,7,8,10-B 10 H 2 D 12 , the theoretically verified intensity relations, and the transition frequencies calculated from a SCF study.
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