Effect of H insertion on the magnetic, electronic, and structural properties of CeCoSi
Language
en
Article de revue
This item was published in
Physical Review B: Condensed Matter and Materials Physics (1998-2015). 2004, vol. 70, n° 17, p. 174408 (9 p.)
American Physical Society
English Abstract
Contrary to other cerium equiatomic intermetallic systems (CeTX with T = transition metal, X = p metal) which become magnetically ordered upon hydrogen insertion, magnetic measurements characterize an antiferromagnet for ...Read more >
Contrary to other cerium equiatomic intermetallic systems (CeTX with T = transition metal, X = p metal) which become magnetically ordered upon hydrogen insertion, magnetic measurements characterize an antiferromagnet for CeCoSi and a spin fluctuation system for its hydride CeCoSiH. The presented results of electrical and magnetic properties of the silicide CeCoSi demonstrate the existence of an antiferromagnetic transition at TN = 8.8(2) K...Read less <
English Keywords
Cerium cobalt silicide
Antiferromagnetism
Electric resistance
Fermi level density of states
Magnetic structure
Magnetic transition
Susceptibility
Chemical bond
Spin polarization
Spin-orbit coupling
Origin
Hal imported