Nano technology created numerous applications in surface based science due to their
reduced size and larger surface area. This offers new promises in surface-based science …

To overcome the shortcomings encountered in enhancing the quality of latent finger prints
(LFPs) by traditional powder dusting method, SiO 2@ SrTiO 3: Eu 3+(1 mol%), Li (1 wt%) …

Facile solution combustion route was used to prepare the optimized composite core shell
SiO 2@ Y 2 O 3: Eu 3+, Li+ fluorescent nanopowders (NPs) with superior fluorescence …

In the present study, simple solution combustion technique was employed to prepare SrCeO
3 nanopowders (NPs) doped with europium ions (Eu 3+) in the presence of citric acid as …

Nano research offered new possibilities in surface-based science includes latent fingerprints
and lips print detection on various surfaces. CdSiO 3: Dy 3+ nanopowders were fabricated …

Nanostructured materials find potential benefits for surface-based science such as latent
fingerprints (LFPs) and lip print detection on porous and non-porous surfaces. To encounter …

For the first time, intense red color composite of SiO 2@ LaOF: Eu 3+ core-shell
nanostructures (NS) were fabricated via facile solvothermal method followed by thermal …

A new orange-red emitting praseodymium doped cubic CeO 2 phosphor powders were
fabricated via simple green combustion route utilizing Aloe vera gel as fuel. The prepared …

In the present report, a series of intense red light emitting SrZrO 3: Eu 3+ nanopowders were
fabricated via low-cost eco-friendly hydrothermal route using Aloe vera gel as surfactant …

Abstract Zinc Bismuth Strontium Borosilicate (ZnBiSrBSi) glasses doped with varying
concentrations of samarium (Sm 3+) ions have been synthesized via melt quenching …