Abstract
Accurate measurement of temperature is a major issue in critical environments, such as high temperature nuclear reactors, aero or automobile engines. Thermographic phosphors are highly sensitive to temperature and can give accurate measurement of temperature over other available methods especially for moving objects at higher temperature, such as in a gas turbine. Measuring temperature at higher temperature in an advanced nuclear reactor needs radiation-resistant materials in addition to sensitivity. Therefore, combining knowledge of thermographic phosphor and radiation hard ceramic materials has good potential in the design of a high temperature optical sensor for application in advanced fusion reactors.
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