Accelerated pyro-catalytic hydrogen production enabled by plasmonic local heating of Au on pyroelectric BaTiO3 nanoparticles

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

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Material Science

100
Nanoparticle Material Science
100
Catalysis Material Science
66
Materials Material Science
33
Catalyst Material Science
33
Temperature Material Science
33
Metal Material Science
33
Laser Material Science
33
Thermal Cycling Material Science
33
Gold Nanoparticle Material Science

Keyphrases

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Local Heating Keyphrases
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Pyroelectric Keyphrases
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Plasmonics Keyphrases
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Pyro Keyphrases
100
BaTiO3 Nanoparticle... Keyphrases
100
Catalytic Hydrogen ... Keyphrases
42
Pyrocatalysis Keyphrases
28
Catalytic Materials Keyphrases
14
Heat Capacity Keyphrases
14
Three-dimensional (... Keyphrases
14
Thermal Cycling Keyphrases
14
Heat Source Keyphrases
14
Ambient Environment Keyphrases
14
Coral-like Keyphrases
14
Catalytic Reaction Keyphrases
14
Biological Applicat... Keyphrases
14
Production Applicat... Keyphrases
14
Gold Nanoparticles Keyphrases
14
Catalytic Efficienc... Keyphrases
14
Plasmonic Metal Keyphrases
14
Pollutant Treatment Keyphrases
14
Clean Energy Produc... Keyphrases
14
Pulsed Laser Irradi... Keyphrases
14
High Hydrogen Produ... Keyphrases
14
Surrounding Tempera... Keyphrases

INIS

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heating INIS
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nanoparticles INIS
100
catalysis INIS
100
hydrogen production INIS
66
energy INIS
66
applications INIS
33
metals INIS
33
units INIS
33
environment INIS
33
production INIS
33
heat capacity INIS
33
efficiency INIS
33
catalysts INIS
33
corals INIS
33
pollutants INIS
33
gold INIS
33
heat INIS
33
thermal cycling INIS
33
heat sources INIS
33
laser radiation INIS
33
hydrogen production... INIS
Research OutputsResearch Output authored by Accelerated pyro-catalytic hydrogen production enabled by plasmonic local heating of Au on pyroelectric BaTiO3 nanoparticles is tagged with the concept