Characterization of CuO/n–Si pn junction synthesized by successive ionic layer adsorption and reaction method

Reaction Temperature Effect on the Structural, Surface Texture and Optical Properties of CDS Nanostructure Thin Films Deposited by Hydrothermal Method.

“…So, it can be concluded that nanostructure CdS thin films with small nanosized grains about (37-105) nm were successfully obtained on FTO substrates . The density of CdS grains on the FTO substrate was very high, this confirms its high degree of crystallinity with FTO substrate which represents the wurtzite phase [28,29]. The transmittance spectra exhibit high transmittance value and decrease from 88% in the visible and infrared regions.…”

“…The values of the absorption coefficient increase with the increasing hydrothermal reaction temperature beyond the absorption edge shifting towards low energies. The energy gap E g of the prepared CdS nanostructure thin films was determined using Tauc relation [28,31]:…”