Abstract
We study the doping and temperature dependence of the order parameter for the triplet states of the layered perovskite material Sr2RuO4. The tight binding model that includes orthorhombic distortion and second nearest neighbor hopping, γ has been considered to study the doping and temperature dependence of the p- and f-wave states. We also calculate the temperature dependence of specific heat and thermal conductivity. We compare our results with the corresponding singlet \({\text{d}}_{x^2 - y^2 } \)-results of the cuprates. dxy-wave has also been considered. The jump in the specific heat at Tc (critical temperature) and its temperature dependence agree well with the experiment.
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