The influence of morphology and Eu3+ concentration on luminescence and temperature sensing behavior of Ba2MgWO6 double perovskite as a potential optical thermometer

Luminescence Properties of Rare Earth–Doped Cubic Double Perovskite Tungstate Ba2(1−x)(Na,RE)xZnWO6 (RE = Ce3+, Eu3+ and Dy3+) Phosphors

“…At present, many researchers prefer tungstate-based materials when developing phosphor materials for different applications such as phosphor-converted LEDs (PcLEDs), [13] latent fingerprinting imaging, [11] and optical thermometers. [14] Double perovskite (DP)-structured tungstate (A 2 BWO 6 ) compounds have been explored experimentally as well as theoretically since the 1950s. The simplicity of their crystal structure and their diverse physical properties, such as ferroelectric, dielectric, [21,22,32] ferromagnetic, [15,23] photocatalytic, [26] photoluminescence (PL), [17,18,35] and magnetoresistance properties, [33] continue to fascinate researchers to explore DP-structured tungstate for different applications.…”

“…At present, many researchers prefer tungstate‐based materials when developing phosphor materials for different applications such as phosphor‐converted LEDs (PcLEDs), [ 13 ] latent fingerprinting imaging, [ 11 ] and optical thermometers. [ 14 ]…”

“…Double perovskite (DP)‐structured tungstate (A 2 BWO 6 ) compounds have been explored experimentally as well as theoretically since the 1950s. [ 14–35 ] The simplicity of their crystal structure and their diverse physical properties, such as ferroelectric, dielectric, [ 21,22,32 ] ferromagnetic, [ 15,23 ] photocatalytic, [ 26 ] photoluminescence (PL), [ 17,18,35 ] and magnetoresistance properties, [ 33 ] continue to fascinate researchers to explore DP‐structured tungstate for different applications. The physical properties of DP‐structured tungstate mainly depend upon the choice of the pair of A 2+ and B 2+ ions, which leads to different possibilities of crystallization of a compound in phases such as cubic, orthorhombic, and monoclinic.…”

Preparation and Applications of Carbon‐Based Fluorescent Nanothermometers

“…Accurately measuring the internal temperature of living organisms, as well as the gradient can promote the research on biology and biomedicine progress. [ 1–18 ] Up to now, a large number of macro‐ and micro‐sensors have been reported for the temperature sensing. [ 2–18 ] Among the utilized sensors, fluorescence‐based temperature sensors have shown great potential because they can be used as “non‐contact” tools for the dual functions of imaging and temperature sensing at molecular level synchronously.…”

“…[ 1–18 ] Up to now, a large number of macro‐ and micro‐sensors have been reported for the temperature sensing. [ 2–18 ] Among the utilized sensors, fluorescence‐based temperature sensors have shown great potential because they can be used as “non‐contact” tools for the dual functions of imaging and temperature sensing at molecular level synchronously. [ 5–18 ] For the last few decades, a series of fluorescent nanomaterials, such as semiconductor quantum dots, organic dyes, fluorescent polymers, and metal nanoclusters (NCs) have been developed as typical fluorescence‐based sensors for temperature detection.…”