Local and itinerant magnetism and superconductivity in R Rh2si2 (R = rare earth)

Israel Felner; Israel Nowik

doi:10.1016/0038-1098(83)90076-5

Local and itinerant magnetism and superconductivity in R Rh₂si₂ (R = rare earth)

Israel Felner^*
, Israel Nowik

^*Corresponding author for this work

Racah Institute of Physics

Research output: Contribution to journal › Article › peer-review

84 Scopus citations

Abstract

Magnetization and Mossbauer studies reveal that R Rh₂Si₂ (R = rare earth) have two magnetic phase transitions, one corresponding to the ordering of the rare earth (T^N = 27-130K) and the other to the itinerant electron ordering of the Rh sublattice (T^M= 5-17K). LaRh₂si₂ has also been studied by resistivity, specific heat and a.c. susceptibility measurements. All studies indicate that LaRh₂Si₂ orders magnetically at T^M= 7K and becomes superconducting, type II, at T^c= 3.8±0.2K.

Original language	English
Pages (from-to)	831-834
Number of pages	4
Journal	Solid State Communications
Volume	47
Issue number	10
DOIs	https://doi.org/10.1016/0038-1098(83)90076-5
State	Published - Sep 1983

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abstract = "Magnetization and Mossbauer studies reveal that R Rh2Si2 (R = rare earth) have two magnetic phase transitions, one corresponding to the ordering of the rare earth (TN = 27-130K) and the other to the itinerant electron ordering of the Rh sublattice (TM= 5-17K). LaRh2si2 has also been studied by resistivity, specific heat and a.c. susceptibility measurements. All studies indicate that LaRh2Si2 orders magnetically at TM= 7K and becomes superconducting, type II, at Tc= 3.8±0.2K.",

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N2 - Magnetization and Mossbauer studies reveal that R Rh2Si2 (R = rare earth) have two magnetic phase transitions, one corresponding to the ordering of the rare earth (TN = 27-130K) and the other to the itinerant electron ordering of the Rh sublattice (TM= 5-17K). LaRh2si2 has also been studied by resistivity, specific heat and a.c. susceptibility measurements. All studies indicate that LaRh2Si2 orders magnetically at TM= 7K and becomes superconducting, type II, at Tc= 3.8±0.2K.

AB - Magnetization and Mossbauer studies reveal that R Rh2Si2 (R = rare earth) have two magnetic phase transitions, one corresponding to the ordering of the rare earth (TN = 27-130K) and the other to the itinerant electron ordering of the Rh sublattice (TM= 5-17K). LaRh2si2 has also been studied by resistivity, specific heat and a.c. susceptibility measurements. All studies indicate that LaRh2Si2 orders magnetically at TM= 7K and becomes superconducting, type II, at Tc= 3.8±0.2K.

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Local and itinerant magnetism and superconductivity in R Rh₂si₂ (R = rare earth)

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