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Among the magnetic materials, those with ferromagnetic character are, by far,the most studied in what concerns applications of the magnetocaloric effect.However, recently, diamagnetic materials received due attention never receivedbefore, and an oscillatory behavior, analogous to the de Haas-van Alpheneffect, has been found. The present effort describes in details themagnetocaloric properties of a 2D non-relativistic material (a Gold thin film,for instance), where oscillations, depending on the reciprocal magnetic field$1/B$, are found. A comparison of the magnetic entropy change per electron forsome cases is presented and we found $\approx10^{-1}$ k$_{\text{B}}$ (@109.3 K)for graphenes, $\approx10^{-5}$ k$_{\text{B}}$ (@0.7 K) for 2D Gold and$\approx 10^{-7}$ k$_{\text{B}}$ (@0.7 K) for 3D Gold.

Oscillating magnetocaloric effect of a 2D non-relativistic diamagnetic material