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Electrochemical Cells
Ikenna Chibuzor Emeji
, Onoyivwe Monday Ama
, Uyiosa Osagie Aigbe
, Khotso Khoele
, Peter Ogbemudia Osifo
,
Suprakas Sinha Ray
Chemical Sciences
Vaal University of Technology
University of Johannesburg
Council for Scientific and Industrial Research
University of South Africa
Tshwane University of Technology
Research output
:
Chapter in Book/Report/Conference proceeding
›
Chapter
›
peer-review
10
Citations (Scopus)
Overview
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Keyphrases
Electrochemical Cell
100%
Electrode/electrolyte Interface
66%
Redox Reaction
33%
Chemical Reaction
33%
Oxidation Reaction
33%
Electrode Surface
33%
Concentration Gradient
33%
Reduction Reaction
33%
Faradaic Process
33%
Non-spontaneous
33%
Electrolyte
33%
Mass Transport
33%
Useful Chemicals
33%
Diffusion Rate
33%
Layer Model
33%
Physical Quantity
33%
Cell Operation
33%
Spontaneous Chemical Reactions
33%
Diffuse Layer Model
33%
Ionic Conductor
33%
Hermann Von Helmholtz
33%
Faradaic
33%
Stern Model
33%
Gouy-Chapman
33%
Compact Layer
33%
Electroactive Species
33%
Fick's Law
33%
Non-faradaic Processes
33%
Engineering
Layer Model
100%
Faradaic Process
100%
Electrode Surface
50%
Produce Electricity
50%
Concentration Gradient
50%
Fick's Law
50%
Cell Operation
50%
Solution Interface
50%
Physical Quantity
50%
Compact Layer
50%
Spontaneous Chemical Reaction
50%
Helmholtz's Law
50%
Diffuse Layer
50%
Mass Transport
50%
Oxidation Reaction
50%
Chemistry
Electrochemical Cell
100%
electrode
66%
Oxidation Reaction
33%
Redox Reactions
33%
Physical Quantity
33%
Solid Electrolyte
33%
Mass Transport
33%
Material Science
Electrochemical Cell
100%
Redox Process
33%
Solid Electrolyte
33%
Chemical Engineering
Mass Transport
100%