A high heat solid-state technique was used to produce a set of phosphor Sr4La(PO4)3O:Ce3+,Tb3+,Mn2+ (Sr:Mn). In Sr4La(PO4)3O, the luminescence characteristics, resistance, and energy conversion between Ce3+ Tb3+ as well Mn2+ were thoroughly researched. Introducing activator particles can significantly increase dim green-emitting from red-emitting Mn via conversion. The color emissions might be ...

H2 and O2 were produced in a twin reactor with two compartments divided by a Nafion membrane. Ce3+ and Ce4+ are adopted as redox mediator, which transferred the electron and holes between H2-evolving catalyst(Pt/SrTiO3:Rh) and O2 evolving catalyst (BiVO4). The optimal pH in the twin reactor was 1. Water splitting under Ce3+/Ce4+ equilibrium concentrations between two compartments gave the highe...

Co-doping Ce3+ ions and size-tunable SnO2 nanocrystals into Tb3+ embedded silica thin films produces a ninefold enhancement of related emission. Firstly, by optimizing the doping ratio Sn4+ annealing temperature, size nanoparticles was well tailored for achieving greatly enhanced photoluminescence emission from ions. In order to further increase ions, proper concentration were also added materi...

Technological factors and processes contributing to the scintillation mechanism have been considered in quaternary garnet ceramics doped with Ce(Gd,Lu)3Al2Ga3O12. The super-stoichiometric additive of gadolinium material composition or its co-doping a low concentration Mg were found be effective tools suppress phosphorescence garnet, confirming that it is not an intrinsic property material. Mont...

The absorption spectra of the Fe– and Ce–doped 15Na2O–15CaO–70SiO2 glasses (mol%), melted in oxidising reducing conditions, have been analysed. A repeatable set fitting parameters has developed for Ce3+ Ce4+ ions, while previously published were used Fe–ions. Ce–ions significantly decrease proportion Fe2+ions both electric– gas–melted glasses, ions content increases due to mutual redox between ...