Coupling heterostructure of thickness-controlled nickel oxide nanosheets layer and titanium dioxide nanorod arrays via immersion route for self-powered solid-state ultraviolet photosensor applications

Coupling heterostructure of thickness-controlled nickel oxide nanosheets layer and titanium dioxide nanorod arrays via immersion route for self-powered solid-state ultraviolet photosensor applications

A coupling heterostructure consisting of nickel oxide nanosheets (NNS) and titanium dioxide nanorod arrays (TNAs) was fabricated for self-powered solid-state ultraviolet (UV) photosensor applications. By controlling the thickness of the NNS layer by via varying the growth time from 1 to 5 h at a dep...

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Bibliographic Details
Main Authors: Abdullah, M.A.R (Author), Ahmad, M.K (Author), Al Junid, S.A.M (Author), Ismail, A.S (Author), Malek, M.F (Author), Mamat, M.H (Author), Mohamed, A. (Author), Rusop, M. (Author), Shameem Banu, I.B (Author), Suriani, A.B (Author), Yusoff, M.M (Author), Zoolfakar, A.S (Author)
Format: Article
Language:English
Published: Elsevier B.V., 2020
Subjects:
Deposition temperatures
Electronic materials
Heterojunctions
Immersion route
Irradiation
Magnetic semiconductors
Nano-rod arrays
Nanorods
Nanosheets
Nickel oxide
Nio nanosheets
NiO nanosheets
Optical sensors
Oxide nanosheets
Photocurrent density
Photosensitivity
Photosensor
Semiconductor materials
Semiconductors
TiO2 nanorods
Titanium dioxide
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