In the study, synthesized Fe 3+ doped yttrium oxide nanophosphors (Y 2 O 3: Fe NPs, 1–11
mol%), including structural, microstructural, chemical state, optical, thermal, and …

Latent fingerprint (LFP) imaging is critical for crime scene detection and personal data
recognition. In law enforcement applications, there is a great need for new materials that are …

We report the synthesis of spherical-shaped rare-earth (Eu3+ and Tb3+) ions doped
CaMoO4 nanoparticles in double solvents (IPA and H2O) with the help of autoclave. The X …

Nanostructure phosphors have been used for optical device and identification of individual
fingerprint information. Herein, we report the orange-red emitting Eu 3+ ions activated cubic …

The development of latent fingerprints (LFPs) detected at the site of crime is considered as
an imperative physical evidence in forensic investigations. Herein, a rapid and cost‐effective …

A red-emitting BaLa 2 ZnO 5: Eu 3+ nanophosphors (BLZO: Eu NPs) are successfully
prepared via combustion method with the aid of variable fluxes. BLZO: Eu NPs without and …

The advancements in the forensic technologies is still a constructive and requires
continuous development and evaluation strategies are to be implement. In this regard, the …

Abstract Red emitting cubic ZrO 2: Eu 3+(1–6 mol%) nanophosphors (NPs), emitting red
light (1–6 mol%), are co-doped with alkali metal ions (A+= K+, Na+, Li+),(B 2+= Ca 2+),(C …

Alkali metal ions (M+= Na+, Li+, K+) co-doped ZnAl 2 O 4: Eu 3+(5 mol%)(ZAE)
nanopowders (NPs) were prepared via solution combustion route using Mimosa pudica …

In forensic science, fingerprint detection and anti-counterfeiting technologies are crucial.
Inorganic phosphors are potentially suitable materials for high-quality visualization and …