Efficient Solar-Driven Water Splitting Enabled by Perovskite Photovoltaics and a Halogen-Modulated Metal-Organic Framework Electrocatalyst

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

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Material Science

100
Photovoltaics Material Science
100
Water Splitting Material Science
100
Metal-Organic Frame... Material Science
100
Electrocatalysts Material Science
25
X-Ray Photoelectron... Material Science
25
Adsorption Material Science
25
Nickel Material Science
25
Solar Cell Material Science
25
Oxygen Evolution Material Science
25
Hydrogen Fuels Material Science
25
Photovoltaic Module... Material Science

Keyphrases

100
Halogens Keyphrases
100
Metal-organic Frame... Keyphrases
100
Electrocatalyst Keyphrases
100
Solar Water Splitti... Keyphrases
100
Perovskite Photovol... Keyphrases
50
Solar-to-hydrogen E... Keyphrases
25
X-ray Photoelectron... Keyphrases
25
Structure Analysis Keyphrases
25
Efficient Storage Keyphrases
25
Nickel-based Keyphrases
25
Solar Energy Keyphrases
25
Solar Hydrogen Prod... Keyphrases
25
Hydrogen Fuel Keyphrases
25
Water Splitting Keyphrases
25
X-ray Adsorption Keyphrases
25
Transfer Properties Keyphrases
25
Oxygen Evolution Re... Keyphrases
25
Bias-free Keyphrases
25
Adsorption Structur... Keyphrases
25
Fluorine Atom Keyphrases
25
Intrinsic Activity Keyphrases
25
Tetrafluoroterephth... Keyphrases
25
Tandem Photovoltaic... Keyphrases
25
Perovskite Tandem Keyphrases
25
Reaction Overpotent... Keyphrases
25
Ni Active Sites Keyphrases
25
Perovskite/organic ... Keyphrases
25
Perovskite Solar Mo... Keyphrases
25
Photovoltaic-electr... Keyphrases

Chemistry

100
Hydrogen Chemistry
100
Water Type Chemistry
100
Electrocatalyst Chemistry
100
Metal Organic Frame... Chemistry
100
Halogen Chemistry
25
X-Ray Chemistry
25
Analytical Method Chemistry
25
Chemical Reaction Chemistry
25
Ligand Chemistry
25
Structure Chemistry
25
Dioxygen Chemistry
25
Storage Chemistry
25
Fuel Chemistry
25
Tandem Solar Cell Chemistry
25
Fluorine Atom Chemistry
25
Shapes Chemistry
25
Adsorption Chemistry
25
Solar Energy Chemistry
25
X Ray Photoemission... Chemistry

INIS

100
water INIS
100
organometallic comp... INIS
100
perovskite INIS
100
halogens INIS
100
electrocatalysts INIS
75
hydrogen INIS
50
electrochemistry INIS
50
efficiency INIS
25
ligands INIS
25
atoms INIS
25
x-ray photoelectron... INIS
25
x radiation INIS
25
oxygen INIS
25
fluorine INIS
25
storage INIS
25
simulation INIS
25
conversion INIS
25
nickel INIS
25
adsorption INIS
25
solar cells INIS
25
solar energy INIS
25
hydrogen fuels INIS

Physics

100
Hydrogen Physics
100
Perovskites Physics
100
Water Splitting Physics
100
Metal Organic Frame... Physics
25
Shapes Physics
25
Transferring Physics
25
Site Physics
25
Atom Physics
25
Nickel Physics
25
X Ray Spectroscopy Physics
25
Fuel Physics
25
X Ray Physics
25
Solar Cell Physics
25
Oxygen Evolution Re... Physics
25
Solar Energy Physics
25
Adsorption Physics

Chemical Engineering

100
Water Chemical Engineering
100
Hydrogen Chemical Engineering
100
Metal-Organic Frame... Chemical Engineering
100
Perovskites Chemical Engineering
25
Nickel Chemical Engineering
25
Oxygen Chemical Engineering
25
Fluorine Chemical Engineering
25
Adsorption Chemical Engineering
Research OutputsResearch Output authored by Efficient Solar-Driven Water Splitting Enabled by Perovskite Photovoltaics and a Halogen-Modulated Metal-Organic Framework Electrocatalyst is tagged with the concept