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To identify the superconducting gap structure in URu2Si2 we performfield-angle-dependent specific heat measurements for the two principalorientations in addition to field rotations, and theoretical analysis based onmicroscopic calculations. The Sommerfeld coefficient \gamma(H)'s in the mixedstate exhibit distinctively different field-dependence. This comes from pointnodes and substantial Pauli paramagnetic effect of URu2Si2. These two featurescombined give rise to a consistent picture of superconducting properties,including a possible first order transition of Hc2 at low temperatures.

Field-angle-dependent specific heat measurements and gap determination of a heavy fermion superconductor URu2Si2