The dynamic magnetocaloric effect in La(FexCoySi1-x-y)13 with x=0.9 and low Co content of y=0.015 was analysed by calorimetric measurements at constant magnetic field and constant temperature as well as magnetisation relaxation measurements. It is shown that the rate dependence of the measurement, which leads to an increased entropy hysteresis with increasing rate of the driving force (temperature or magnetic field), can be mainly attributed to a thermal contact resistance R between sample and thermal bath of the measurement setup.
Rate dependence of the magnetocaloric effect in La-Fe-Si compounds / Kuepferling, Michaela; Sasso, CARLO PAOLO; Basso, V.. - (2013). (Intervento presentato al convegno JEMS 2012 tenutosi a Parma - ITALY nel September 9 – 14, 2012).
Rate dependence of the magnetocaloric effect in La-Fe-Si compounds
KUEPFERLING, MICHAELA
;SASSO, CARLO PAOLO;V. Basso
2013
Abstract
The dynamic magnetocaloric effect in La(FexCoySi1-x-y)13 with x=0.9 and low Co content of y=0.015 was analysed by calorimetric measurements at constant magnetic field and constant temperature as well as magnetisation relaxation measurements. It is shown that the rate dependence of the measurement, which leads to an increased entropy hysteresis with increasing rate of the driving force (temperature or magnetic field), can be mainly attributed to a thermal contact resistance R between sample and thermal bath of the measurement setup.| File | Dimensione | Formato | |
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