Dataset to support the University of Southampton Doctoral thesis "Exploring and Utilising the Effects of Environmental Factors on Memristor Behaviour"

The data reflects on the initial investigation into the impact of humidity on TiO2 based devices, showing evidence that exposure to atmospheric humidity can result in the restoration of switching behaviour on previously broken devices. As part of the research process, a low-cost, miniaturised environmental control chamber has been developed, capable of reaching temperatures up to 90°C while simultaneously controlling atmospheric humidity. This system has then been used to investigate the impact of temperature and humidity of memristors constructed with a gold/titanium oxide/platinum stack at four resistivities, from “pristine” to very low resistivity. The data files are in excel format zipped into folders for each figure.