We revisit the defects and related optical properties of one of the prototypical scintillator
materials, Ba F 2, by means of density functional theory calculations. The interstitial F atom is …

We conducted a systematic investigation using state-of-the-art techniques on the electronic
and optical properties of two crystals of alkaline earth metal fluorides, namely rutile MgF 2 …

The 229 Th nucleus has the lowest known first nuclear excited state out of all isotopes. The
transition energy from ground to first excited state was measured to be between 7.88 eV and …

Magnetism engineering in two-dimensional (2D) materials has been widely explored to
make new spintronic materials. In this work, the do** (with alkali metals at Sr sublattice …

Density functional theory is applied to explore the structural, electronic and optical properties
of chalcogen (S, Se, Te) doped CaO in rocksalt phase. The calculated structural parameters …

The 229Th nucleus has the lowest known 1rst nuclear excited state out of all isotopes. The
transition energy from ground to1rst excited state was measured to be between 7.88 eV and …

We report results of the first principles calculations of structural, electronic and optical
properties of SrF 2 under pressure, performed using full-potential linearized augmented …

Titanium tetrafluoride (TiF4) plays a crucial role in prerestorative dentistry, the synthesis of
metal fluorides and titanium silicate thin films, enhancing the photocatalytic activity of TiO2 …

We report structural, morphological, functional and dosimetric properties of strontium fluoride
(SrF 2) nanophosphor synthesized by chemical co-precipitation method. The synthesized …

In this paper, the variation with hydrostatic pressure of some optical properties of the cubic-
BaF 2 scintillator crystal, including the dielectric function, the energy loss function, and the …