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We report the results of angle dependent resistivity ofNdFeAsO$_{0.82}$F$_{0.18}$ single crystals in the superconducting state. Bydoing the scaling of resistivity within the frame of the anisotropicGinzburg-Landau theory, it is found that the angle dependent resistivitymeasured under different magnetic fields at a certain temperature can becollapsed onto one curve. As a scaling parameter, the anisotropy $\Gamma$ canbe determined for different temperatures. It is found that $\Gamma(T)$increases slowly with decreasing temperature, varying from $\Gamma \simeq$ 5.48at T=50 K to $\Gamma \simeq$ 6.24 at T=44 K. This temperature dependence can beunderstood within the picture of multi-band superconductivity.

Angular dependence of resistivity in the superconducting state of NdFeAsO$_{0.82}$F$_{0.18}$ single crystals