Lanthanide-doped GdVO 4 nanorods that exhibit upconversion emission under 982 nm
excitation have been prepared by a facile room-temperature chemical co-precipitation …

Optical temperature sensors based on rare earth ions activated luminescent materials have
presented their capabilities in thermal reading with good stability and high spatial resolution …

A series of Yb3+/Ho3+ co-doped and Yb3+/Ho3+/Ce3+ tri-doped AgLa (MoO4) 2 phosphors
with green (542 nm) and red (660 nm) double color up-conversion (UC) emissions with 980 …

Abstract In this study, 24ZnF 2-(47-x) B 2 O 3-18Bi 2 O 3-10ZnO-xEr 2 O 3-1Yb 2 O 3
(FBZEY) fluorine bismuth borate glass was prepared by a high-temperature melting method …

Dy 3+ doped multi-component tellurium-borate (MTB) glasses are identified to be an
effective phosphor for laser-driven white illumination. Quantitative characterization of …

Abstract Dy 3+ doped fluoroborate (NCZLB) glass phosphors were designed and fabricated,
and efficient photon releasing confirms the effectiveness of laser pumping. Quantitative …

Fluoride-based compounds doped with rare-earth cations are the preferred choice of
materials to achieve efficient upconversion, of interest for a plethora of applications ranging …

Two series of metal–organic frameworks (MOFs) based on a flexible ligand and trivalent
lanthanides were obtained hydrothermally in order to explore their optical properties at low …

Photon upconversion (UC) nanostructures providing unprecedented opportunities to
manipulate the electronic excitation, energy transfer (ET), and upconverted emission attract …

Multi‐peak red fluorescence emissions in Sm3+‐doped multicomponent‐alkali‐alkaline‐
borate (MCAAB) glasses for laser‐induced illumination are quantitatively characterized …