NMR study of cobalt and dilute cobalt solid solutions

The monograph discusses the results of studies of local spatial inhomogeneities of the superfine field and fields of magnetocrystallographic anisotropy in solid solutions of cobalt, which are caused by impurity atoms of normal elements, as well as the study of some magnetic properties in the conditions of combining quasi-static remagnetization and nuclear spin-echo.In this work, solid solutions of HCC cobalt in the form of films with impurities of phosphorus, germanium, silicon, and selenium were obtained by thermal diffusion annealing. The influence of impurity atoms P, Si, Ge, Sb, and Se on the distribution of local magnetic fields in the matrices of GPU and HCC cobalt has been investigated.