Abstract
Monte Carlo simulation has been used to study the magnetic and thermodynamic properties of a hexagonal ferrimagnetic Ising nanowire with spin-1/2 inner core surrounded by spin-1 inter core-shell and spin-1/2 outer shell. The effects of the exchange couplings and crystal field on the critical and compensation behaviors of the system have been investigated. Many types of the magnetization curves have been found such as N-, P-, Q-, R- and W-types. The phase diagrams and hysteresis behavior have been also obtained. In addition, double and triple hysteresis loops have been found around the compensation temperature for certain values of the Hamiltonian parameters.
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