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van der Heijden, N. J.; Khosropanah, P.; van der Kuur, J.; Ridder, M. L.
Journal of low temperature physics, 08/2014, Volume: 176, Issue: 3-4Journal Article
Controlling the critical temperature ( T C ) of Ti/Au bilayers is vital in the development of practical TES detectors. Previously empirical studies have been done on aging effects in Ti/Au and other superconducting bilayers but no link with theory has been made. Here we attempt to explain the change in T C with a diffusion mechanism. The change in T C has been measured for a set of Ti/Au bilayer samples that have been given a variety of bake-out treatments, where we found a trend that can be partly explained by an inter-diffusion mechanism. With an empirical model based on diffusion a safe zone can be defined as a region of bake-out treatments, where the T C is not affected beyond the requirements. This will shine light on the bake-out and the storage condition boundaries of these detectors.
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