  In this study, hysteresis characteristics of the generalized spin-S binary
alloy represented by the formula $A_c B_{1-c}$ have been investigated within
the framework of effective field approximation. The binary system consists of
type A (spin-S) and type B (spin-S) atoms which are randomly distributed on a
honeycomb lattice. Both integer and half-integer spin models of two magnetic
atom types are examined. By detailed investigation on hysteresis loops,
multiple hysteresis behaviors are obtained for a given set of Hamiltonian
parameters. Besides, the quantities of hysteresis characteristics as the
hysteresis loop area, remanent magnetization, and coercive field have been
investigated as functions of concentration.
