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Supplementary Paper Material: Detailed Isofield Calorimetry of La(Fe,Si,Mn)H Reveals Distributed Magnetocaloric Phase Transitions

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posted on 2019-11-13, 09:42 authored by Florian Erbesdobler, Christian Bahl, Rasmus BjørkRasmus Bjørk, Kaspar Kirstein Nielsen
Dynamic View of Cooling and Heating Peak Patterns at DSC Ramp Rates 0.05 and 0.1 K/min of a 2.64 mg sample of
La(Fe11.47 Si1.28 Mn0.25)H1.65 . Additional experimental conditions are described within the publication.

Funding

Independent Research Fund Denmark: 7017-00034B

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    DTU Energy

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    Keywords

    magnetocaloric (MC)magnetocaloric phase transition propertiesFirst Ordermagnetocaloric effectDifferential scanning calorimetry measurementsThermodynamics

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