Abstract
We measured the specific heat of YbNi 2B 2C in applied fields up to 18 T. As the magnetic field is increased, the peak in the specific heat associated with the Kondo anomaly moved to higher temperatures. This behavior is consistent with theoretical predictions, and a semi-quantitative description of this continuous evolution of the specific heat is presented. Previously, the magnetoresistance of this system was measured, and a comparison is made between field-dependent response of the thermodynamic and transport properties of YbNi 2B 2C.
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