Australian Journal of Chemistry
Volume 75
Number 6 2022
(1) MV-indol can quantitatively detect viscosity with a high selectivity and a 75-fold enhancement in QY. (2) The mechanism for detection viscosity was confirmed by TD-DFT. (3) MV-indol can precisely localize in mitochondria and monitor the change of mitochondrial viscosity at the cellular level.
A 3D porous AgVO3/BiVO4@GA was fabricated by an in situ ion exchange method. In the as-prepared AgVO3/BiVO4@GA photocatalyst, GA with a 3D macrostructure, porous channels and excellent electrical conductivity can efficiently support AgVO3 and facilitate cyclic regeneration, improve the mass transfer of reactants/products and promote the photogenerated charge separation rate in the photocatalytic process. Furthermore, benefitting from the ion exchange between Ag+ and Bi3+, the BiVO4 can be well dispersed on AgVO3, which avoids the agglomeration of AgVO3 and BiVO4 and further enhances the photocatalytic performance and cyclic stability of AgVO3/BiVO4@GA.
Our results indicate that the designed and reported molecules are superior to the Y3N molecule; thus, we recommend these molecules to experimentalists for future development of highly efficient solar cells.
A new red emission phosphor Ba2Gd0.67WO6 was synthesized. The introduction of Mo extends the excitation peak from 370 to 425 nm, which is more suitable for solid-state lighting applications.
This work reports natural products isolation studies of 16 native Australian fern species, 14 of which have not been the subject of such research previously. In total, 14 different compounds were isolated from 12 of these 16 different fern species.
