C-axis Transport Properties of DyNi2B2C

The resistivity along c-axis $\rho $c(H,T) of DyNi2B2C have been measured with the applied magnetic field H perpendicular and parallel to c-axis, 0 kG \textless H \textless 4 kG, and temperature range 2K \textless T \textless 300K. From these, the superconducting upper critical field HC2(T) curves of DyNi2B2C for the c-axis were constructed for each magnetic fields and our HC2(T) curves from $\rho $c(H,T) measurement have been compared with those from previous known $\rho $ab(H,T) results. Since RNi2N2C (R $=$ non magnetic rare earth element) has isotropic electronic structure and properties, the anisotropy in HC2(T) curves of the magnetic DyNi2N2C, which has the superconducting transition temperature, TC, is lower than the N\'eel temperatures, TN, is thought to be originated from the anisotropic magnetic Dy$+$3 sublattice.