ZnO nanostructures have attracted great attention from researchers due to their interesting
properties that include better crystallinity, high surface-area, improved electrical and optical …

The CuO doped carbon thin films were produced by using electrochemical deposition and
the surface characteristics of the photodiodes were investigated using the scanning electron …

Abstract Solutions containing ZnO: TiO 2 composite nanoparticles were produced in 1: 5 and
1: 2 molar rates using sol gel method. ZnO doped TiO 2 solutions were drop cast and spin …

Reduced graphene oxide–amorphous carbon nanocomposites were coated on p-Si wafers
to prepare graphene-based photodiodes or photodetectors. Electrophoretic deposition was …

Abstract Al/p-Si/Cu 2 CoSnS 4/Al quaternary functional semiconductor photodetectors
showing solar detector properties were produced via sol-gel method. SEM, EDS and XRD …

Sol–gel methods were used to fabricate Al/p-Si/Cu 2 NiSnS 4/Al quaternary functional solar
detectors. Diffraction, spectroscopy and microscopy were used for the structural …

CdO-based materials are often used in infrared (IR) sensing devices. Previously, IR sensing
properties of different CdO-based materials were reported. In this study, we produced CdO …

Al/p-Si/Cu2NiSnS4/Al yapıdaki fotodedektörler sol-jel yöntemi kullanılarak üretilmiştir.
Taramalı elektron mikroskobu (SEM) kullanılarak fotodedektörler yapısal olarak …

CdO: NiO solution was used to produce nanocomposite thin films which were produced in 1:
1 molar rate using sol gel method. The drop casting technique was used to apply …

Electrical properties determine the overall behaviours of electronic and optoelectronic
devices. Characterization of electrical properties are important to understand and tailor …