Electronics and opticsThe stability of aluminium-doped ZnO transparent electrodes fabricated by sputtering
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Cited by (103)
Zinc oxide-based light-emitting diodes and lasers
2021, Nanostructured Zinc Oxide: Synthesis, Properties and ApplicationsEnhanced anti-reductive properties of nano-flower shaped morphological TiO <inf>2</inf> /FTO bilayer films for a-Si based solar cells
2019, Surface and Coatings TechnologyCitation Excerpt :The protective layer effectively prevents the FTO film from being reduced by hydrogen ions. However, it has been found that the AZO is relatively unstable at high temperature, the optical and electrical properties of AZO film will deteriorate significantly [12,13]. Compared with AZO, titanium oxide (TiO2) obtains excellent thermal stability and comparable resistance to plasma damage.
Comparative study of structural and visible luminescence properties of AZO thin film deposited on GaAs and porous GaAs substrates
2015, VacuumCitation Excerpt :Due to their excellent physical and chemical properties, aluminum-doped zinc oxide (AZO) thin films have recently received considerable attention of scientific community. They exhibit high transparency in the visible range, high electrical conductivity, non-toxicity, long-term environmental stability and good adhesion to substrate [1–5]. In addition, AZO films exhibit similar electronic properties, higher optical transmittance, lower electrical resistivity and better stability as compared with undoped ZnO.
Electrical and optical properties of radio frequency magnetron-sputtered lightly aluminum-doped zinc oxide thin films deposited in hydrogen-argon gas
2013, Thin Solid FilmsCitation Excerpt :We also discuss the properties of the films, which are deposited at a relatively low temperature (< 200 °C) without additional heat treatment. Al dopants, which substitute zinc sites in L-AZO film, would increase the number of carriers, but interstitial Al dopants in the ZnO lattice and hydrogen-mixed argon (Ar/0.3% H2) gas would further increase the number of carriers [7]. The L-AZO films for this study were deposited on soda-lime glass (SLG) substrates by 13.56 MHz radio frequency (RF) magnetron sputtering [8] using a zinc oxide target with a 0.2 wt.