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The layer-sublattice magnetization, the internal energy, and the specific heat in Heisenberg ferrimagnetic three-layer superlattices and two-dimensional three-layer systems are calculated by employing retarded Green's functions within the framework of the linear spin-wave approximation. The effect of the spin values on the layer-sublattice magnetization at zero temperature is studied. The effects of the exchange constants, the spin values, and the temperature on the internal energy and the specific heat of the two systems are investigated systematically.
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Qiu et al. (2002) studied this question.
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