The growing demand aiming non-invasive diagnosis techniques applications has become
an emerging field for developing more efficient bioprobes working in the near infrared (NIR) …

Recently, more and more attention has been concentrated on luminescence materials
activated with rare-earth ions for white light-emitting diodes (WLEDs) or optical …

A series of novel single phased Eu 3+ doped BaZr (PO 4) 2 phosphor were synthesized
employing simple solid-state reaction route and studied the influence of different chlorides …

This study investigates how rare earth ion (RE 3+) concentration affects stabilization of the
crystalline structure and infrared-to-visible upconversion (UC) in Er 3+/Yb 3+ co-doped …

Inorganic compounds with fluorite-related structures are among the well-known
multifunctional materials. In this work, Y10Ta4O25: Eu3+ with a fluorite-related structure was …

A dual tunable visible (reddish, orangish, blueish and white emission) and near infrared
energy conversion in Pr 3+-doped yttrium tantalate prepared by sol-gel method were …

In the present work, an original sol-gel methodology is explored for the synthesis of Nd 3+-
doped yttrium niobate materials. The main goal was to assess the effect of the dopant …

In the present work the phase equilibria in a system of zirconium and hafnium dioxides and
europium sesquioxide have been studied. The study was conducted at temperatures of …

This work reports the luminescence spectra and application of novel Eu 3+-doped Na 2
MgGd 2 [SiO 3] 4 F 2 phosphor. The X-ray powder diffraction confirmed the pure phase …

We report high incorporation of rare earth ions (RE 3+) into hafnia nanoparticles prepared
by the sol–gel method and investigate how these dopants affect hafnia structure and phase …