Ultraviolet-light-induced desorption of oxygen from SrTiO3 surfaces

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  • Ultraviolet light induced desorption of oxygen from SrTiO3 surfaces

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<jats:p> We have previously reported that SrTiO<jats:sub>3</jats:sub>-based thin films can be used to detect trace amounts of oxygen (e.g., down to 0.001 ppt). However, the SrTiO<jats:sub>3</jats:sub> surfaces are highly active against oxygen adsorption. Therefore, the slow desorption response can affect the response speed of the sensors against the sudden change in oxygen concentration. We have reported that UV light irradiation is effective for accelerating oxygen desorption, and in this paper, we will show that the increase in the irradiation intensity of UV light can be an efficient way of improving the response speed. As an example, an apparent hysteresis in the sensor resistance versus oxygen concentration curve, which is shown after the UV irradiation at a low intensity, diminishes after the UV irradiation at a high intensity, even after short-lasting treatments. </jats:p>

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