Synthesis of 2H/fcc-Heterophase AuCu Nanostructures for Highly Efficient Electrochemical CO2 Reduction at Industrial Current Densities

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

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Material Science

100
Density Material Science
100
Carbon Dioxide Material Science
100
Nanostructure Material Science
66
Nanostructured Mate... Material Science
66
Electrocatalysts Material Science
33
Catalyst Material Science
33
Catalysis Material Science
33
Alloying Material Science
33
Fourier Transform I... Material Science
33
Durability Material Science
33
Nanosheet Material Science
33
Crystal Defect Material Science
33
Grain Boundaries Material Science

Keyphrases

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Face-centered Cubic Keyphrases
100
Nanostructures Keyphrases
100
AuCu Keyphrases
100
Electrochemical CO2... Keyphrases
100
Heterophase Keyphrases
100
High Efficiency Keyphrases
100
Industrial Current ... Keyphrases
25
Planar Defects Keyphrases
25
High-index Facets Keyphrases
12
Stacking Faults Keyphrases
12
Grain Boundary Keyphrases
12
In Situ Keyphrases
12
Excellent Performan... Keyphrases
12
Hexagonal Close-pac... Keyphrases
12
Twin Boundary Keyphrases
12
Attenuated Total re... Keyphrases
12
Structural Engineer... Keyphrases
12
Nanomaterials Keyphrases
12
Cu Content Keyphrases
12
Rational Design Keyphrases
12
Good Durability Keyphrases
12
CO2 Reduction React... Keyphrases
12
Electrocatalyst Keyphrases
12
Structural Regulati... Keyphrases
12
Twin Grain Keyphrases
12
Faradaic Efficiency Keyphrases
12
Hierarchical Nanosh... Keyphrases
12
High-performance Ca... Keyphrases
12
Enhanced Catalytic ... Keyphrases
12
High-performance El... Keyphrases
12
Electrocatalytic CO... Keyphrases
12
Phase Engineering o... Keyphrases
12
Unconventional Phas... Keyphrases
12
Differential Electr... Keyphrases

Chemistry

100
Synthesis (Chemical... Chemistry
100
Carbon Dioxide Redu... Chemistry
100
Current Density Chemistry
100
Face-Centered Cubic... Chemistry
100
Nanomaterial Chemistry
25
Structure Chemistry
25
Electrocatalyst Chemistry
12
Mass Spectrometry Chemistry
12
Catalysis Chemistry
12
Crystal Defect Chemistry
12
Alloying Chemistry
12
Twin Boundary Chemistry
12
Attenuated Total Re... Chemistry
12
Nanosheet Chemistry
12
Fourier Transform I... Chemistry
12
Grain Boundaries Chemistry
12
catalyst performanc... Chemistry

INIS

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electrochemistry INIS
100
synthesis INIS
100
reduction INIS
100
nanostructures INIS
100
carbon dioxide INIS
100
current density INIS
100
face centered cubic INIS
50
performance INIS
25
engineering INIS
25
crystal defects INIS
25
nanomaterials INIS
25
electrocatalysts INIS
12
design INIS
12
reflection INIS
12
production INIS
12
stacking faults INIS
12
efficiency INIS
12
catalysts INIS
12
mass spectroscopy INIS
12
grain boundaries INIS
12
catalysis INIS
12
modulation INIS
12
regulations INIS
12
durability INIS
12
fourier transform s... INIS
12
hexagonal close pac... INIS

Chemical Engineering

100
Nanostructure Chemical Engineering
100
Electrochemical CO2... Chemical Engineering
66
Carbon Dioxide Redu... Chemical Engineering
33
Nanosheet Chemical Engineering
Research OutputsResearch Output authored by Synthesis of 2H/fcc-Heterophase AuCu Nanostructures for Highly Efficient Electrochemical CO2 Reduction at Industrial Current Densities is tagged with the concept