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Electrochemistry of natural organic matter
James T. Nurmi
,
Paul G. Tratnyek
School Of Public Health
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
17
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Scopus citations
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Chemistry
Natural Organic Matter
100%
Electrochemistry
100%
Redox Potential
40%
Voltammetry
40%
Peak Potential
20%
Chemical Kinetics Characteristics
20%
Tertiary Structure
20%
Redox Process
10%
Voltammetric Method
10%
Microelectrode
10%
Chronocoulometry
10%
Carbon Cycle
10%
Aprotic Solvent
10%
Potentiometric Titration
10%
Aqueous Solution
10%
Quinone
10%
Electron Transfer
10%
Dimethyl Sulfoxide
10%
Organic Solvent
10%
Keyphrases
Natural Organic Matter
100%
Voltammetry
40%
Redox Potential
40%
Tertiary Structure
20%
Peak Potential
20%
Aqueous Solution
10%
Multi-electrode
10%
Enhanced Resolution
10%
Quinones
10%
Electron Transfer
10%
Electron Shuttle
10%
Organic Solvents
10%
Potential Waveforms
10%
Redox Processes
10%
Electrochemical Characterization
10%
Redox Activity
10%
Electron Exchange
10%
Aprotic Solvent
10%
Microbial Interactions
10%
Global Carbon Cycle
10%
Oxidative Coupling
10%
Chronocoulometry
10%
Voltammetric Method
10%
Potential-resolved
10%
Potentiometric Titration
10%
Kinetic Limitation
10%
Chemical Probes
10%
Redox-active Groups
10%