Аннотация:The magnetic hyperfine fields B(hf) for impurity Sn-119 atoms substituted for Zn in intermetallic compounds RZn (R=Sm, Gd, Tb, Dy and Ho) are measured with the Mossbauer spectroscopy technique. These fields and B(hf) for Sn-119 atoms in rare earth metals from Gd to Ho [5-8] can be represented by the linear B=aS(z)+bL(z) dependence as a function of the spin S(z) and orbital moment L(z) projections. For Sn-119 atoms in rare earth metals and intermetallides of RZn and RAl2 the ratio b/a almost-equal-to -0,1 is found. The ratios B(hf)(R) : B(hf)(RAl2) : B(hf)(RZn) of the B(hf) values for Sn-119 atoms in rare. earth metals from Gd to Ho and intermetallides of RAl2 [3] and RZn are independent of the concrete rare earth element within the accuracy of about 10%. This means that within about the same accuracy the radial dependences of the partial contributions of Gd, Tb. Dy, Ho and, apparently, Sm ions into B(hf) for Sn-119 atoms coincide.