Light sources with the spectrum distribution approaching the sunlight, even in the visible
range, are preferred. Up to now, sunlight simulator is still a great challenge to the scientists …

SnO 2 is a widely accepted room temperature ferromagnetic material and has found
applications in rapidly growing fields of spintronics and magneto electronics. Faraday …

The optical and structural properties of 50P 2 O 5: 50BaO glasses prepared by melting have
been investigated for additive concentrations of 10 and 1 mol% of CuO and SnO dopants …

The silicon route to improve the ultraviolet (UV) transparency in phosphate glasses is
investigated and further exploited to enhance the UV type B (280–320 nm) emission of …

This paper reports the photoluminescence and afterglow behavior of Gd 3+ in CaSnO 3
matrix (CaSnO 3: Gd 3+) prepared via a solid-state reaction. X-ray diffraction (XRD), photo …

This study is mainly focused on enriching the UVB 311 narrow emission band of Gd 3+ ions
in Li 2 Osingle bondPbOsingle bondP 2 O 5 glasses doped with 1.0 mol% of Gd 2 O 3 and …

Abstract A CuO-doped SiO 2–B 2 O 3–La 2 O 3 glass system was prepared through high-
temperature melting and the Si powders were used as reducing agent to reduce Cu 2+ to …

In this work, the series of silicate xerogels co-doped with Gd 3+ and Eu 3+ ions have been
synthesized via a sol-gel method and further processed into nano-glass-ceramic materials …

The first investigation into the ultraviolet (UV) photoluminescence of gadolinium (III) in the
presence of copper (II) is reported. A melt‐quenched barium phosphate glass was used as a …

This paper reports on the influence of Pd 2+ ions on the ultraviolet emission from Gd 3+,
investigated in barium phosphate glass as model matrix. The glasses were prepared by the …