Scalable synthesis of BiVO4 thin films via anodic plating and thermal calcination

Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile, solution-based anodic plating and calcination for large-scale synthesis of BiVO 4 thin films on indium tin oxide coated glass for use as photoanodes in...

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Published inDiscover nano Vol. 18; no. 1; p. 6
Main Authors Jiang, Haoyang, Xiao, Yongcheng, Zhong, Miao
Format Journal Article
LanguageEnglish
Published New York Springer US 08.02.2023
Springer Nature B.V
SpringerOpen
Subjects
Anodic plating
Bismuth oxides
Bismuth vanadate
Bismutite
Carbon dioxide
Chemical synthesis
Chemistry and Materials Science
Decomposition
Fabrication
glass
Hydrogen production
indium tin oxide
Indium tin oxides
Materials Science
Molecular Medicine
Nanochemistry
Nanoscale Science and Technology
Nanotechnology
Nanotechnology and Microengineering
photocatalysis
Plating
Reagents
Roasting
Scanning electron microscopy
semiconductors
Sodium sulfite
Solar hydrogen generation
Spectrum analysis
Thin film
Thin films
Vanadates
Water splitting
Anodic plating
Bismuth vanadate
Bismutite
Thin film
Solar hydrogen generation
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Abstract Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile, solution-based anodic plating and calcination for large-scale synthesis of BiVO 4 thin films on indium tin oxide coated glass for use as photoanodes in solar water splitting. Using Na 2 SO 3 as a sacrificial reagent, continuous solar H 2 production with 94% Faradaic efficiency was obtained over 6 h of photoelectrochemical water splitting.
AbstractList Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile, solution-based anodic plating and calcination for large-scale synthesis of BiVO4 thin films on indium tin oxide coated glass for use as photoanodes in solar water splitting. Using Na2SO3 as a sacrificial reagent, continuous solar H2 production with 94% Faradaic efficiency was obtained over 6 h of photoelectrochemical water splitting.
Abstract Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile, solution-based anodic plating and calcination for large-scale synthesis of BiVO4 thin films on indium tin oxide coated glass for use as photoanodes in solar water splitting. Using Na2SO3 as a sacrificial reagent, continuous solar H2 production with 94% Faradaic efficiency was obtained over 6 h of photoelectrochemical water splitting.
Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile, solution-based anodic plating and calcination for large-scale synthesis of BiVO4 thin films on indium tin oxide coated glass for use as photoanodes in solar water splitting. Using Na2SO3 as a sacrificial reagent, continuous solar H2 production with 94% Faradaic efficiency was obtained over 6 h of photoelectrochemical water splitting.Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile, solution-based anodic plating and calcination for large-scale synthesis of BiVO4 thin films on indium tin oxide coated glass for use as photoanodes in solar water splitting. Using Na2SO3 as a sacrificial reagent, continuous solar H2 production with 94% Faradaic efficiency was obtained over 6 h of photoelectrochemical water splitting.
Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile, solution-based anodic plating and calcination for large-scale synthesis of BiVO 4 thin films on indium tin oxide coated glass for use as photoanodes in solar water splitting. Using Na 2 SO 3 as a sacrificial reagent, continuous solar H 2 production with 94% Faradaic efficiency was obtained over 6 h of photoelectrochemical water splitting.
Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile, solution-based anodic plating and calcination for large-scale synthesis of BiVO₄ thin films on indium tin oxide coated glass for use as photoanodes in solar water splitting. Using Na₂SO₃ as a sacrificial reagent, continuous solar H₂ production with 94% Faradaic efficiency was obtained over 6 h of photoelectrochemical water splitting.
ArticleNumber 6
Author Zhong, Miao
Xiao, Yongcheng
Jiang, Haoyang
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Keywords Anodic plating
Bismuth vanadate
Bismutite
Thin film
Solar hydrogen generation
Language English
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Snippet Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile,...
Abstract Fabrication of high-quality semiconductor thin films has long been a subject of keen interest in the photocatalytic field. Here, we report a facile,...
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SubjectTerms Anodic plating
Bismuth oxides
Bismuth vanadate
Bismutite
Carbon dioxide
Chemical synthesis
Chemistry and Materials Science
Decomposition
Fabrication
glass
Hydrogen production
indium tin oxide
Indium tin oxides
Materials Science
Molecular Medicine
Nanochemistry
Nanoscale Science and Technology
Nanotechnology
Nanotechnology and Microengineering
photocatalysis
Plating
Reagents
Roasting
Scanning electron microscopy
semiconductors
Sodium sulfite
Solar hydrogen generation
Spectrum analysis
Thin film
Thin films
Vanadates
Water splitting
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Title Scalable synthesis of BiVO4 thin films via anodic plating and thermal calcination
URI https://link.springer.com/article/10.1186/s11671-023-03774-z
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https://doaj.org/article/7034fd6448794b15bb538687144a297d
Volume 18
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