We report the growth of a halide‐based double perovskite, Cs2NaxAg1− xInCl6: y% Mn, via
a facile hydrothermal reaction at 180° C. Through a co‐doping strategy of both Na+ and …

Long afterglow luminescent materials have captured intense attention for their unique
applications in biological imaging, photodynamic therapy, and optical anti‐counterfeiting …

Persistent phosphors show contentious luminescence even after ceasing excitation light.
This unique phenomenon is caused by several processes such as carrier generation …

The performance of persistent phosphors under given charging and working conditions is
determined by the properties of the traps that are responsible for these unique properties …

Persistent luminescence materials have applications in diverse fields such as smart
signaling, anticounterfeiting, and in vivo imaging. However, the lack of a thorough …

Light yield, time response, afterglow, and thermoluminescence of Ce-doped garnet
scintillators and persistent luminescent materials are controlled by a complex interplay …

Changing the electronic structure of materials by pressure and the accompanying changes
in optical properties have attracted scientific interest. We have reported that the energy …

This article outlines the main results of a research and development cooperation between
Philips Research Eindhoven; Peter the Great St. Petersburg Polytechnic University; Ioffe …

The density of non-equilibrium carriers is a very important parameter for modelling of the
scintillation. 1 The ratio between delocalized electron density and concentration of the …