The aim is to develop highly sensitive ratiometric optical thermometers for effective non-contact temperature measurement.
Synthesis of co-doped Li2Y4(MoO4)7 phosphors using solid-state reaction techniques.
Characterization of optical properties to assess sensitivity and stability of temperature measurements.
Achieved higher sensitivity in temperature measurements compared to existing technologies.
Demonstrated improved signal stability under varying conditions.
Abstract
Developing ratiometric optical thermometers with high sensitivity and signal stability remains a critical challenge in non-contact temperature sensing.