Phase transitions in a magnetic transverse Ising superlattice of two ferromagnet materials with spins mu=1/2 and S=1

Within the framework of the effective field theory, based on the use of a p robability distribution technique that correctly accounts for the single si te kinematic relations, we examine the phase transitions of a magnetic tran sverse Ising superlattice consisting of two ferromagnet Ising materials wit h spins mu = 1/2 and S = 1, respectively, on a simple cubic structure. The critical temperature of the system is studied as a function of the interfac e coupling, the thickness of the constituents in a unit cell. A critical va lue of the interface exchange interaction above which the interface magneti sm appears is found. The effects of the transverse field on the critical be havior of the system are also investigated.