For the octanuclear nickel phosphonate cage, tuning single-ion and exchange anisotropy changes the width and magnetic-field position of magnetization plateaus and splits the specific-heat Schottky peak into a double peak.
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Magnetic and thermodynamic properties of the octanuclear nickel phosphonate-based cage
For the octanuclear nickel phosphonate cage, tuning single-ion and exchange anisotropy changes the width and magnetic-field position of magnetization plateaus and splits the specific-heat Schottky peak into a double peak.