CeNi4Cr compound and its thermodynamic properties

Vol 1 2021 - 141252
Poster
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Abstract

CeNi5 as a mother compound is well known as a Stoner enhanced paramagnet characterized by the spin fluctuation contribution on its transport properties. Previous work on CeNi4Cr compound showed typical features of mixed valence systems with indication of tendency to heavy fermion behavior. The theoretically predicted phase transition into antiferromagnetic order wasn´t observed down to 2 K. In this work we present the effect of spin fluctuations of the CeNi4Cr compound focused on its thermodynamic properties.

Institutions
  • 1 Department of Physics, Mathematics and Technics / Faculty of Humanities and Natural Sciences / Presov University
Track
  • CEF effects and multipolar ordering in SCES
Keywords
CeNi5
Stoner enhanced paramagnet
spin fluctuation
Schottky effect
CEF effects