Abstract
We have determined the nuclear spin-lattice relaxation (SLR) rates of Ni and Ru as dilute impurities in iron using the method of thermal cycling on oriented nuclei. The samples were prepared by recoil implantation from the heavy ion reactions used to produce the radioactive Ni and Ru isotopes employed in the measurements. In the 3d impurity series, only Sc, Ti, and Cu remain to complete the systematics of the SLR in iron host; in the 4d series, values for Zr and Pd are still missing and the datum for Rh has a large experimental uncertainty. We discuss the comparison with theory and with other experimental results.
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