A promising strategy using bimetallic Tb/Eu-MOFs as a fluorescence ratio sensor for Bacillus
anthracis detection is reported in this work. The nanostructured Tb/Eu-MOFs have been …

The bacillus anthracis is one of toxic bacterial spores that can cause human anthrax
infections. In this effort, the nanoscaled bimetallic lanthanoid metal-organic framework (Ln …

The hydrothermal synthesis of the novel Na [LnSiO4](Ln= Gd, Eu, Tb) disordered
orthorhombic system is reported. At 100 K, and above, these materials are best described in …

A large number of silicates containing transition metals and rare earth (in particular
lanthanide) elements have been reported until recently. Generally, they exhibit a rich …

Novel one-dimensional europium benzene-1, 3, 5-tricarboxylate compressed nanorods
have been synthesized on a large scale through direct precipitation in solution phase under …

There is a growing interest in understanding how size‐dependent quantum confinement
affects the photoluminescence efficiency, excited‐state dynamics, energy‐transfer and …

A new lanthanide silicate system, Na2K [Ln3Si6O18](Ln= Lu, Yb/Er, Lu/Eu, or Lu/Yb/Er),
comprising microcrystals embedded in an amorphous siliceous matrix, obtained by sintering …

Rare earth nanomaterials with nanometer to submicronmeter crystalline sizes are an
important class of materials displaying interesting physical and chemical properties …

The synthesis of zeolites and porous heteropolyhedral silicates is usually accompanied by
crystal phase transformations. Typically, this process is irreversible and characterized by a …

Conducting polymers are interesting materials of technological applications, while the use of
polymers as additives controlling crystal nucleation and growth is a fast growing research …