… quenching and thermal quenching are closely related to the energy transfer (ET) process
between optically active ions. Herein, we utilize the structural confinement … thermal quenching. …

… thermal quenching resistance. In this study, Cr 3+ doped Cs 2 NaGaF 6 NIR phosphor exhibits
superior thermal stability, suppressed concentration quenching … structural confinement …

… 3+ phosphor, and the thermal quenching behavior is slightly … transfer due to the structural
confinement effect. The optimal … thermal quenching due to the structural confinement effect. …

… Herein, in an attempt to explore highly efficient and thermally … The structure confinement
effect led to the formation of … The findings of this research indicate that the structural confinement …

… the ET path through the structural confinement effect to achieve … The thermal quenching
temperature increases at higher Yb 3+ … We also notice that the thermal quenching becomes …

… The energy level cross relaxation causes the quenching effect of Bi 3+ , and the multi-phonon
de-excitation mode leads to the thermal quenching of Eu 3+ . At room temperature (298 K), …

… Our findings are expected to inspire new ideas in fighting against concentration and
thermal quenching of luminescence materials for advanced photonic applications. …

… In summary, we have demonstrated a new fluoride post-synthesis treatment that suppresses
emission thermal quenching and improves the structural thermal stability of caesium lead …

… In the following we argue that the structural and activated excited state mechanisms are not
… Quantum confinement results in a large, size-dependent shift in the conduction band energy. …

… quenching in host materials with a core–inert shell structure … Due to the quantum confinement
effect, a cut-off of low-… Fortunately, an increase in temperature can mitigate the confinement …