Photocatalytic hydrogen production using semiconductor materials is one of the ideal
processes for direct solar energy conversion. Sulphide semiconductor photocatalysts have …

Taking advantage of multiple energy sources is an effective way to enhance the catalytic
efficiency of a catalytic system. Here, through rational design, we fabricated CoFe 2 O 4 …

Cubic AgIn5S8 (c-AgIn5S8) as well as orthorhombic AgInS2 (o-AgInS2) and tetragonal
AgInS2 (t-AgInS2) nanocrystal (NC) luminophores are successfully prepared by adjusting …

Nanostructured photocatalysts have attracted considerable interest due to their wide range
of applications in processes such as organic pollutant degradation, heavy metal reduction …

AgIn5S8, a narrow, direct bandgap semiconductor, has gained much attention in
photocatalysis due to its excellent visible-light absorption coefficient, good …

Although AgIn5S8 as one kind of ternary chalcogenides has been extensively investigated
due to its band-edge positions meeting the thermodynamic requirement for water …

Graphene/Si has been proved to form a quality Schottky junction with high photoelectric
conversion efficiency at AM 1.5. However, for the ultraviolet portion of the incident light, the …

Undoped and Ni-doped ZnS thin film photoelectrodes were prepared using the chemical
bath deposition process. X-ray diffraction patterns of a hexagonal wurtzite structure with …

Overcoming one of most challenging limitations of bare TiO2 with large bandgap can be
achieved by rational design and fabrication of heterostructures. Multicomponent sulfides …

Gallium-doped silver–indium–sulfide (Ga-doped AgInS2) samples were deposited onto
fluorine-doped-tin-oxide (FTO) glass substrates using a one-step electrodeposition method …