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Aqueous Media
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PH-sensitive
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Polyelectrolyte
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Electroactive
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Redox
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Chromate
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Separation Process
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Carbon Nanotubes
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PH Dependence
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Electrochemical Performance
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Selective Separation
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Ferrocene
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Methacrylate
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Homopolymer
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Comonomer
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Macromolecules
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Redox Potential
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Redox-active
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Vanadium
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Electrochemical Sensing
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Zwitterion
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Water Purification
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Stimuli-responsive
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Redox Activity
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Hydrophilicity
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Homogeneous-heterogeneous
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Aqueous Electrolyte
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Redox-active Materials
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Vinylferrocene
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Oxyanions
50%
Molecular Recognition
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Carbon Nanotube Composites
50%
Heterogeneous Configuration
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Electrochemical Separation
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Polymer Bearing
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Ferrocene-based Polymers
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Active Properties
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Redox-active Moieties
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Non-redox
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Nanoporous Carbon
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Extendibility
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Metal Oxyanions
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Poly(vinylferrocene)
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Acid Dissociation
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Chemistry
Ferrocene
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Vinylferrocene
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Carbon Nanotube
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Hydrogen
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Methacrylate
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Vanadium
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Redox Potential
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Electrolyte Solution
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electrode
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Transition Metal
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Carbon Nanotube
100%
Polyelectrolyte
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Electrochemical Sensing
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Chromium
50%
Vanadium
50%
Transition Metal
50%
Composite Material
50%
Chemical Engineering
Carbon Nanotube
100%
Transition Metal
50%
Water Purification
50%
Separation Method
50%