Annealing-tuned Hall coefficient in single crystals of the YbNi2B2C heavy fermion
Sergey L. Bud'ko, Paul C. Canfield
Abstract
We present temperature-dependent magneto-transport measurements on as-grown and annealed YbNi2B2C single crystals. Annealing causes drastic changes in the Hall coefficient, RH(T). Whereas for as-grown samples the Hall coefficient is negative between room temperature and 2 K, with a pronounced minimum at ≈ 22 K, for the samples annealed at 950 C for 150 hours, RH(T) changes its sign twice in the same temperature range: from negative to positive on cooling below 100 K and back to negative below 10 K, and has a clear maximum at ≈ 45 K. Intermediate temperature dependencies can be achieved by reducing the annealing time. These findings are discussed within the framework of an annealing dependence of the skew scattering in conjunction with the recent structural, thermodynamic and transport studies of the effects of annealing in YbNi2B2C.
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