The Optimization of the Luminescence Intensity Ratio in the YVO <sub>4</sub> :Er <sup>3+</sup> ,Nd <sup>3+</sup> Phosphors within the First and Second Biological Windows
Francisca J. R. TavaresFunctional Nanomaterials Group (GNF), Department of PhysicsAndré S. LaiaCorrosion and Nanotechnology Laboratory (LCNT)M. G. de OliveiraFunctional Nanomaterials Group (GNF), Department of PhysicsAriosvaldo J. S. SilvaFederal University of Mato GrossoN. S. FerreiraFederal University of SergipeJose Joatan RodriguesCorrosion and Nanotechnology Laboratory (LCNT)Márcio A. R. C. AlencarDepartment of PhysicsMarcos V. dos S. RezendeFederal University of Sergipe
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at 293 K, and temperature uncertainties below 0.7 K within the physiological range 293-233 K, operating entirely in the first and second biological windows. These sensitivity and temperature uncertainty values were achieved by defining two thermometric parameters as the luminescence intensity ratios, exploiting a combination of emissions from both ion species.
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