Abstract

Nuclear orientation and time differential perturbed angular correlation studies of the electric quadrupole interaction of Hg in Zn, Cd and Re have been performed. The interaction frequencies found in the nuclear orientation experiments for 197mHg below 0.05 K, ν Q = +480(20) MHz, ν Q = +430(30) MHz and ν Q = −110(15) MHz in Zn, Cd and Re, respectively, are a factor of about 4 higher than expected from the extrapolation of angular correlation data available down to 105 K.

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