Affection of Cu content on the phase evolution during the dealloying of Ag-Cu alloys using electrochemical noise with Hilbert spectra analysis

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

Overview

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Material Science

Dealloying Material Science

Copper Alloy Material Science

Alloy Material Science

Corrosion Material Science

Phase Interface Material Science

Keyphrases

Affection Keyphrases

Dealloying Keyphrases

Phase Evolution Keyphrases

Cu Content Keyphrases

Electrochemical Noi... Keyphrases

Hilbert Spectrum An... Keyphrases

Cu-Ag Alloy Keyphrases

Corrosion Rate Keyphrases

Phase Boundary Keyphrases

Dealloying Corrosio... Keyphrases

Diffusion Process Keyphrases

Cu-phase Keyphrases

Dissolution Process Keyphrases

Hypoeutectic Keyphrases

Ag Atom Keyphrases

Transient Shift Keyphrases

INIS

electrochemistry INIS

increasing INIS

dissolution INIS

transients INIS

Engineering

Alloy Engineering

Frequency Part Engineering

Transients Engineering

High Frequency Engineering

Corrosion Rate Engineering

Phase Boundary Engineering

Diffusion Process Engineering

Low Frequency Engineering

Dissolution Process Engineering

High Potential Engineering

Research OutputsResearch Output authored by Affection of Cu content on the phase evolution during the dealloying of Ag-Cu alloys using electrochemical noise with Hilbert spectra analysis is tagged with the concept

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