Abstract
We have determined a set of crystal-field parameters for CePtSn which accounts for the available susceptibility, high-field magnetization at 4.2 K and inelastic neutron-scattering data. The analysis of experimental data revealed that the single-ion approach is reliable mainly at high temperatures (T>or=TN, TK) or at high magnetic fields where the energy associated with the exchange and coherence effects is much lower.
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