Boosting the photoelectrochemical performance of BiVO4 by borate buffer activation : the role of trace iron impurities

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Borate Material Science
100
Iron Material Science
100
Impurity Material Science
25
Density Material Science
25
Materials Material Science
25
Oxidation Reaction Material Science
25
Surface Treatment Material Science
25
Water Material Science

Keyphrases

100
Borate Buffer Keyphrases
100
Photoelectrochemica... Keyphrases
100
BiVO4 Keyphrases
100
Trace Iron Keyphrases
100
Iron Impurity Keyphrases
50
BiVO4 Photoanode Keyphrases
25
Surface Treatment Keyphrases
25
Energy Efficiency Keyphrases
25
Photoanode Keyphrases
25
Cocatalyst Keyphrases
25
Activation Effect Keyphrases
25
Catalytic System Keyphrases
25
Energy Stability Keyphrases
25
That-trace Keyphrases
25
Photocurrent Densit... Keyphrases
25
Water Oxidation Keyphrases
25
Activation Conditio... Keyphrases
25
Photoanode Material... Keyphrases

Chemistry

100
Impurity Chemistry
100
Iron Chemistry
100
Buffer Solution Chemistry
100
Borate Chemistry
25
Energy Chemistry
25
Density Chemistry
25
stability Chemistry
25
Photocurrent Chemistry
25
Surface Treatment Chemistry
25
Water Oxidation Chemistry

INIS

100
performance INIS
100
borates INIS
100
buffers INIS
100
impurities INIS
100
iron INIS
100
photoanodes INIS
25
values INIS
25
water INIS
25
oxidation INIS
25
stability INIS
25
density INIS
25
surface treatments INIS
25
optimization INIS
25
energy efficiency INIS
25
photocurrents INIS
Research OutputsResearch Output authored by Boosting the photoelectrochemical performance of BiVO4 by borate buffer activation is tagged with the concept