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μSR study on SDW transition in Ce(Ru 0.95 Rh 0.05 ) 2 Si 2

Physica B: Condensed Matter, ISSN: 0921-4526, Vol: 281, Page: 351-352
2000
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ZF-μSR measurement on Ce(Ru 0.95 Rh 0.05 ) 2 Si 2 single-crystalline sample with incident muon beam along both the a - and c -axis showed an exponential relaxation above about T N =2.0 K and two component relaxations were found below 2.0 K. One is a Gaussian relaxation signal which is the precursor of SDW ordering and the other is an exponential relaxation due to the fluctuation of 4f-electron moment. The Gaussian relaxation rate σ increases steeply with decreasing temperature, reflecting the broad field distribution under SDW ordering, and vanishes below 1.8 K. The exponential relaxation rate λ showed critical slowing down with SDW ordering near T N for both a - and c -axis. These behaviors were analyzed by the SCR theory with finite ordering temperature.

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