Critical behavior of quasi-two-dimensional semiconducting ferromagnet CrGeTe
arXiv:1706.07324 · doi:10.1103/PhysRevB.96.054406
Abstract
The critical properties of the single-crystalline semiconducting ferromagnet CrGeTe were investigated by bulk dc magnetization around the paramagnetic to ferromagnetic phase transition. Critical exponents with critical temperature K and with K are obtained by the Kouvel-Fisher method whereas is obtained by the critical isotherm analysis at K. These critical exponents obey the Widom scaling relation , indicating self-consistency of the obtained values. With these critical exponents the isotherm curves below and above the critical temperatures collapse into two independent universal branches, obeying the single scaling equation , where and are renormalized magnetization and field, respectively. The determined exponents match well with those calculated from the results of renormalization group approach for a two-dimensional Ising system coupled with long-range interaction between spins decaying as with .
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