Photocatalytic studies performed on well-defined epitaxial thin films and heterostructures
allow the direct investigation of crystallographic-dependent reactivity, and can provide …

Hydrogen energy production and dyes degradation have been considered the need of
modern age of technology in globe irrespective of the level of science and research in that …

Nonequilibrium deposition is a remarkable method for the in situ growth of unique
nanostructures and phases for the functionalization of thin films. We introduce a distinctive …

Semiconductor photocatalysis has two important applications: environmental remediation
and H 2 production. Bismuth vanadate has attracted great interests as an ideal candidate for …

Spontaneous noble metal dopant segregation in an oxide lattice can lead to the formation of
metallic clusters and extended acicular inclusions. In a thin-film process, the shape and …

This work demonstrates a double-step method, a simple chemical bath deposition and an in
situ polymerization process, to synthesize the stable structure of a composite of …

The effects of target stoichiometry and growth conditions on the structure and properties of
the monoclinic bismuth vanadate (BiVO4)(010) epitaxial films created using pulsed laser …

Abstract The hierarchical Bi/Mo/bismuth molybdate (Bi–Mo–BMO) hollow composite
nanospheres were prepared by simple two-step reaction. Compared with pure Bi 2 MoO 6 …

The composites were synthesized by the reaction of Bi (NO 3) 3· 5H 2 O, KI, and MoS 2 and
were prepared with different molar ratios of Bi/Mo (1: 5, 1: 2, 1: 1, and 4: 1) by altering the …

Self-assembled WO 3-BiVO 4 nanostructured thin films were grown on a (001) yttrium
stabilized zirconia (YSZ) substrate by the pulsed laser deposition method with and without …