Persistent phosphors are highly explored materials due to their diverse applications
(including anti-counterfeiting, information and data storage, photocatalysis, sensing, and …

The reversible luminescence modification of inorganic phosphors has emerged as a
promising field, enabling innovative applications such as optical memory, multiple anti …

To settle the challenges of optical thermometry with high sensitivity, a series of Tm3+/Yb3+-
codoped Y2Mo3O12 (YMO: Tm3+/2 x Yb3+) submicron particles were developed via a sol …

The tunability in upconversion (UC) emission has been obtained with varying dopants
concentration, visualized with a CIE chromaticity diagram and optimized in the cyan emitting …

This work mainly focused on luminescence color tuning, white light generation and ultra-
sensitive temperature sensing based on complex strontium vanadates doped with Eu3+ …

Luminescent thermometry with some outstanding advantages of quick response, large
measurement range, and good sensing sensitivity has been widely investigated and …

Here we adopt trivalent lanthanide (Ln 3+= Er 3+, Er 3+/Ho 3+, and Yb 3+/Tm 3+) doped Sr
2 LaNbO 6 (SLNO) as novel upconversion luminescence (UCL) materials for achieving UCL …

The quantification of the exact temperature with precision is fundamentally vital for scientific
exploration and industrial production. As a result, the accuracy of regular thermometers is …

Due to the non-contact and high sensitivity, optical thermometry based on rare earth doped
phosphors has been paid much attention to. Herein, dual-mode optical thermometers are …

In this work, tunable white up-conversion luminescence was achieved in the Yb 3+, Er 3+,
Tm 3+, Ho 3+ co-doped Na 3 La (VO 4) 2 phosphors under 980 nm excitation. The …