Boosting the OER activity of amorphous IrOx in acidic medium by tuning its electron structure using lanthanum salt nanosheets

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

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Material Science

100
Lanthanum Material Science
100
Nanosheet Material Science
100
Oxygen Evolution Material Science
100
Energy Levels Material Science
33
Catalyst Material Science
33
Electrocatalysts Material Science
16
Density Material Science
16
Materials Material Science
16
Durability Material Science
16
Water Splitting Material Science
16
X-Ray Absorption ne... Material Science
16
Strategic Material Material Science
16
Nanostructured Mate... Material Science
16
Nanocomposite Material Science
16
Expansion Material Science

Chemistry

100
Chemical Reaction Chemistry
100
Structure Chemistry
100
Dioxygen Chemistry
100
Electron Particle Chemistry
100
Salt Chemistry
100
Lanthanum Chemistry
100
Table Salt Chemistry
100
Nanosheet Chemistry
33
Acid Chemistry
33
Electronic State Chemistry
33
Electrocatalyst Chemistry
33
Catalyst Chemistry
16
Water Type Chemistry
16
Atom Chemistry
16
Energy Conversion Chemistry
16
Nanocomposite Chemistry
16
Current Density Chemistry
16
Near Edge X Ray Abs... Chemistry
16
Energy Consumption Chemistry
16
electronics Chemistry
16
Nanomaterial Chemistry
16
Slope Chemistry
16
Expansion Chemistry
16
XANES Spectroscopy Chemistry

Keyphrases

100
Acidic Medium Keyphrases
100
Electron Structure Keyphrases
100
Nanosheets Keyphrases
100
Oxygen Evolution Re... Keyphrases
100
Reaction Activity Keyphrases
100
IrOx Keyphrases
100
Lanthanum Salt Keyphrases
42
LaCO3OH Keyphrases
28
Electronic Structur... Keyphrases
28
Acid Medium Keyphrases
28
Oxygen Evolution El... Keyphrases
14
Current Density Keyphrases
14
Commercially Availa... Keyphrases
14
O Atom Keyphrases
14
Energy Consumption ... Keyphrases
14
Energy Conversion Keyphrases
14
Nanomaterials Keyphrases
14
Active Layer Keyphrases
14
IrO2 Keyphrases
14
X-ray Absorption Ne... Keyphrases
14
Tafel Slope Keyphrases
14
Electrochemical Wat... Keyphrases
14
Strong Electronic I... Keyphrases
14
Activity Energy Keyphrases
14
Acidic Oxygen Evolu... Keyphrases
14
Anodic Catalyst Keyphrases

INIS

100
electronic structur... INIS
100
oxygen INIS
100
salts INIS
100
tuning INIS
100
lanthanum INIS
33
interactions INIS
33
catalysts INIS
33
electrocatalysts INIS
16
electrochemistry INIS
16
water INIS
16
comparative evaluat... INIS
16
spectroscopy INIS
16
atoms INIS
16
absorption INIS
16
x radiation INIS
16
layers INIS
16
bridges INIS
16
current density INIS
16
nanocomposites INIS
16
energy conversion INIS
16
durability INIS
16
energy consumption INIS
16
nanomaterials INIS
Research OutputsResearch Output authored by Boosting the OER activity of amorphous IrOx in acidic medium by tuning its electron structure using lanthanum salt nanosheets is tagged with the concept