Abstract Red-emitting La 1-x Sr 2 AlO 5: xEu 3+(x= 0.01–0.06) phosphors have been
synthesized via gel combustion (GC) approach and their structure and luminescent …

Abstract Combustion derived Gd 1− x Sr 2 AlO 5: x mol% Eu 3+(x= 1–5 mol%)
nanophosphors have tetragonal structure with space-symmetry of I4/mcm (space group no …

The present study reveals the structural and optoelectronic characteristics of a down-
converted (DC) green luminous Er3+ doped LaSr2AlO5 phosphor that was produced by …

In order to investigate a potential phosphor material for solid state illumination applications,
we developed a series of green light emanating Er 3+ doped GdSr 2 AlO 5 (GSA) phosphors …

In the present study, we have synthesized a series of La 1− x Eu x OF (0.01≤ x≤ 0.09)
phosphors by the conventional solid-state reaction route at relatively low temperature (500° …

A series of green light emissive La 1-x AlO 3: xEr 3+(x= 0.01 to 0.08) nanophosphors were
effectively synthesized via reliable, ecofriendly and low temperature based urea assisted gel …

A gel-combustion approach, utilizing urea as a fuel has been employed to generate highly
green luminous LaSr 2 AlO 5: Tb 3+ nanophosphors. This experiment explored the crystal …

A series of Eu-doped LaSr 2 AlO 5 phosphors were synthesized by high-temperature solid
state reactions under oxidative and reductive atmospheres, respectively. The …

Rare‐earth ions play an important role in eco‐friendly solid‐state lighting for the lighting
industry. In the present study we were interested in Eu3+ ion‐doped inorganic phosphors for …

High-brightness red-emitting Ca 2 LnHf 2 Al 3 O 12: Eu 3+(Ln= Lu, Y and Gd) garnet
phosphors with high photoluminescence efficiency are demonstrated for application in white …