Molybdenum oxide (MoO 3) stands out as a predominant electrochromic material, finding
extensive applications in sustainable photoelectric devices such as multifunctional smart …

Here, the sol–gel derived spin-coated undoped and Fe-doped molybdenum oxide thin films
were investigated. The XRD spectra revealed that the prepared films were crystallized into …

Niobium-tungsten oxide represents a novel type of bimetallic cathode electrochromic
material. The superstructure is capable of accommodating a greater number of ions, which …

Nanostructured iron oxide thin films were prepared by sol–gel method and spin coating
technique. The structural properties of samples were extracted from X-ray diffraction. The …

CIGS solar cells are regarded to be one of the best thin film solar cells withefficiencies up to
22.6%, which exceeds the current multicrystalline Si record efficiency (21.9%). To make the …

Nickel oxide, a representative electrochromic material, is commonly employed in
environmentally conscious optoelectronic devices, such as multifunctional smart windows. In …

Spinel-type compounds exhibit versatile structural and functional properties, which stems
from the unique cation distribution that spans a spectrum from partial to total cell inversion …

The effect of polyethylene glycol (PEG) and polyvinylpyrrolidone (PVP) on physical
properties of sol-gel prepared magnesium ferrite (MF) thin films was investigated. The X-ray …

Nanocrystalline cubic zinc sulfide (C-ZnS) thin films have been elaborated by sol–gel spin-
coating of Zn (Ac)/thiourea starting precursors at different molar ratios, and their structural …

In the present study, amorphous hydrogenated carbon (aC: H) thin films were successfully
prepared on Corning glass and stainless steel (SS) substrates via spin coating technique …