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The low frequency complex impedance of a high resistivity 92 {\mu}{\Omega} cmand 100 nm thick TiN superconducting film has been measured via thetransmission of several high sensitivity GHz microresonators, down to Tc/50.The temperature dependence of the kinetic inductance follows closely BCS localelectrodynamics, with one well defined superconducting gap. This evidences therecovery of an homogeneous superconducting phase in TiN far from the disorderand composition driven transitions. Additionally, we observe a linearitybetween resonator quality factor and frequency temperature changes, which canbe described by a two fluid model.

Homogeneous superconducting phase in TiN film : a complex impedance study