In this study, we introduce the fabrication of an organic-inorganic hybrid architecture for
photodetection applications that is constructed from Ethyl Nile Blue (ENB) and p-type silicon …

As a result of the precise controllability of the properties of tin diselenide and the possibility
of harmonious integration with silicon technology in many applications. Attention was …

This research presents a detailed sequential study of the thickness effect on structural,
morphological, and optical properties of vacuum thermally deposited zinc 8 …

During this study, a novel organic semiconductor material comprising coumarin and
chromone moieties was synthesized via a facile route. Thin films of the synthesized powder …

The demand for efficient and power-saving photodetectors provides new opportunities for
the rapid development of ultraviolet (UV) photodetectors. Thus, we designed and fabricated …

This study introduces the fabrication of MIS junction for UV photodetection applications
employing Bi x La 1-x Mn y Co 1-y O 3 as an insulating layer (I-layer). The structure …

Driven by the visible band gap, silver bismuth selenide (AgBiSe2) was loaded in PVDF/PEO
blend to enhance the photodegradation of Maxilon blue dye. AgBiSe2 nanoparticles were …

The urgent need to realize high-efficiency solar cells and photodetectors for commercially
available production, considering the cheap price of their preparation, inspired us to apply …

This work explores the interface properties of Au/zinc phthalocyanine (ZnPc)/InP/In
photodiode (PD) under dark and different illumination wavelengths. Bias-dependent …

In this paper, we investigate electron-related properties in GaAs/GaAlAs Ultra-thin
Core/Shell Film Quantum dot (UTFQD), examining the effects of external electric fields …