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The effects of pressure generated in a liquid medium, clamp, pressure cell onthe in-plane and c-axis resistance, temperature-dependent Hall coefficient andlow temperature, magnetoresistance in CaFe2As2 are presented. The T - P phasediagram, including the observation of a complete superconducting transition inresistivity, delineated in earlier studies is found to be highly reproducible.The Hall resistivity and low temperature magnetoresistance are sensitive todifferent states/phases observed in CaFe2As2. Auxiliary measurements underuniaxial, c-axis, pressure are in general agreement with the liquid mediumclamp cell results with some difference in critical pressure values andpressure derivatives. The data may be viewed as supporting the potentialimportance of non-hydrostatic components of pressure in inducingsuperconductivity in CaFe2As2.

Effect of pressure on transport and magnetotransport properties in CaFe2As2 single crystals