Magnetocaloric effect induced by hydrogen absorption in CeNiIn
SÁNCHEZ MARCOS, Jorge
Departamento de ciencias de la tierra y física de la materia condensada [CITIMAC]
Departamento de ciencias de la tierra y física de la materia condensada [CITIMAC]
RODRÍGUEZ FERNÁNDEZ, Jesus
Departamento de ciencias de la tierra y física de la materia condensada [CITIMAC]
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Departamento de ciencias de la tierra y física de la materia condensada [CITIMAC]
SÁNCHEZ MARCOS, Jorge
Departamento de ciencias de la tierra y física de la materia condensada [CITIMAC]
Departamento de ciencias de la tierra y física de la materia condensada [CITIMAC]
RODRÍGUEZ FERNÁNDEZ, Jesus
Departamento de ciencias de la tierra y física de la materia condensada [CITIMAC]
< Reduce
Departamento de ciencias de la tierra y física de la materia condensada [CITIMAC]
Language
en
Article de revue
This item was published in
Physica B: Condensed Matter. 2006, vol. 378-380, p. 799-800
Elsevier
English Abstract
In the intermediate valence (IV) CeNiIn, the Ce ions evolve towards a trivalent state with a ferromagnetic transition at low temperature when hydrogen is interstitially inserted. In this work, we present heat capacity ...Read more >
In the intermediate valence (IV) CeNiIn, the Ce ions evolve towards a trivalent state with a ferromagnetic transition at low temperature when hydrogen is interstitially inserted. In this work, we present heat capacity measurements on CeNiInH1.8 carried out under magnetic fields up to H = 90 kOe. The observed λ-anomaly and its evolution with magnetic field confirm the existence of the ferromagnetic transition...Read less <
English Keywords
Hydrogenation
Heat capacity
Magnetocaloric effects
Origin
Hal imported