This work highlighted green, red, and white light emission from a single K2Th(PO4)2 compound consisting of actinide and an alkali ion through defect, doping, excitation, and energy transfer manipulation.
Herein, ATR-FTIR coupled to chemometrics was used to quantitatively determine active pharmaceutical ingredient combinations, and compared to the chromatographic techniques as HPLC on the light of the twelve principles of green analytical chemistry.
Continuous research on metabolomics is of utmost importance in the field of anti-doping control, including updating the selection of the most appropriate markers of prohibited substances, test specimens and analytical strategies.
The two fluoride sulfates RbSnFSO4 and RbSbF2SO4 derived from the famous commercial crystal KTiOPO4via aliovalent substitution exhibited remarkably enlarged band gaps.
New KTP-type antimony(III)-based NLO materials with sharply enlarged bandgaps were developed through two-stage evolution from phosphate to sulfate.