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Eco-benign nanostructured triboelectric films of onion tunic-SnOx based TENG for sustainable and green energy generation
Triboelectric nanogenerators (TENG) are playing a vital role in generation of eco-friendly,
cost effective power in self-powered form. Herein, a novel contact-separation mode based …
cost effective power in self-powered form. Herein, a novel contact-separation mode based …
Investigating the opto-electronic and photovoltaic properties of Zn-incorporated CuO thin film grown by vapor–liquid–solid (VLS) method
In the current study, Zn-incorporated CuO (CuO: Zn) and pure CuO thin film heterojunction
devices have been fabricated on n-Si (⟨ 100⟩) substrate, applying vapor–liquid–solid …
devices have been fabricated on n-Si (⟨ 100⟩) substrate, applying vapor–liquid–solid …
Co-deposition of CuO:ZnO Nanocomposite on n-Type Si Substrate by Chemical Bath Deposition (CBD) Technique for Photovoltaic Application
A Bhattacharya, A Mukherjee, A Roy… - Journal of Electronic …, 2024 - Springer
In the present study, CuO: ZnO nanocomposite (NC)-based heterojunction photovoltaic
devices have been successfully fabricated on n-type Si (< 100>) wafers, utilizing a simple …
devices have been successfully fabricated on n-type Si (< 100>) wafers, utilizing a simple …
Perovskite ferroelectric thin film as an efficient interface to enhance the photovoltaic characteristics of Si/SnO x heterojunctions
The photovoltaic (PV) response of SnOx/Si heterojunctions (HJs) through the change of the
SnO and SnO2 ratio in the samples that allows us to obtain p-or n-type SnOx films is …
SnO and SnO2 ratio in the samples that allows us to obtain p-or n-type SnOx films is …
Analytical Modeling and Design Optimization of High‐Performance ZnO‐Nanowire/CuO‐Thin Film/p+‐Si Multi‐Junction Solar Cells
In the current work, an optimized design window for the indium tin oxide (ITO)/n‐ZnO‐
nanowire (NW)/p‐CuO‐thin film/p+‐Si multi‐junction solar cells is provided for achieving …
nanowire (NW)/p‐CuO‐thin film/p+‐Si multi‐junction solar cells is provided for achieving …
Growth of ZnSnO3 nano-crystalloids on Sisubstrate by employing chemical bath deposition (CBD) technique for self-powered UV-light sensing applications
In the current work, UV-light sensing property of poly-crystalline Zinc-Tin-Oxide (ZnSnO 3)
nano-crystalloids grown by employing double-step chemical bath deposition technique has …
nano-crystalloids grown by employing double-step chemical bath deposition technique has …