Divergence of the Magnetic Grüneisen Ratio at the Field-Induced Quantum Critical Point in YbRhSi
arXiv:0809.3705 · doi:10.1103/PhysRevLett.102.066401
Abstract
The heavy fermion compound YbRhSi is studied by low-temperature magnetization and specific-heat measurements at magnetic fields close to the quantum critical point ( T, ). Upon approaching the instability, is more singular than , leading to a divergence of the magnetic Grüneisen ratio . Within the Fermi liquid regime, with and T which is consistent with scaling behavior of the specific-heat coefficient in YbRh(SiGe). The field-dependence of indicates an inflection point of the entropy as a function of magnetic field upon passing the line previously observed in Hall- and thermodynamic measurements.
arXiv comment4 pages, 3 Figures
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