Luminescence thermometry has emerged as a very versatile optical technique for remote
temperature measurements, exhibiting a wide range of applicability spanning from …

Luminescence thermometry is attracting growing interest from the fundamental research
community, which is further stimulated by the needs and challenges of other fields of science …

Optical thermometry has emerged as an inspiring area due to its unique advantages such as
contactless operation, rapid response time, excellent spatial resolution, and wide detection …

In this work, various LiZnPO4: 0.5 mol% Ln3+ (Ln= Ho, Er) phosphors with different Yb3+ ion
doping concentrations were synthesized by a sol–gel/Pechini method. X-ray diffraction …

Novel double perovskite SrLaLiTeO6 (abbreviated as SLLT): Mn4+, Dy3+ phosphors
synthesized using a solid-state reaction strategy exhibit distinct dual-emission of Mn4+ and …

Multi‐mode optical thermometry is emerging as a promising technique for accurate
temperature measurement. Here, a series of Na2GdMg2V3O12: Sm3+ (NGMVO: xSm3+) …

Luminescent materials have been explored for achieving highly sensitive and noncontact
thermometry. Herein, a novel ratiometric luminescence thermometry strategy was proposed …

Contactless optical thermometry with high sensitivity, temperature resolution, and fast
response is strongly needed for application in various fields including scientific research, life …

Novel strategies to obtain remote temperature sensing with good spatial and thermal
resolution are in high demand in various applications, where traditional thermometers are …

Lanthanide-doped materials have been intensively studied for optical thermometry due to
their unique luminescence properties. However, the engineering of high-resolution …