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1. Single Nanoparticle Detection
o Amperometric single nanoparticle detection (Electrochemically amplified single nanoparticle detection, Electrochemical detection of single nanoparticle by electroactive area increase)
o Potentiometric single nanoparticle detection
o Separation of single nanoparticle
2. Electrocatalytic Properties of Nanoparticles and Its Characterization
o Water splitting
o Oxygen reduction reaction
o Carbon monoxide adsorption
o Under potential deposition
3. Electrode Fabrication Method
o Nanoelectrode
o Nanoelectrode array
o Ultramicroelectrode
o Interdigitated electrode array
o Chemically modified electrode
4. Electrochemical Biosensor
o Glucose sensor
o DNA sensor
o Protein sensor
5. Scanning Electrochemical Microscopy
o Surface-Interrogation Cyclic voltammetry
o Electrochemical switch
o Gap electrode
o Single molecule properties
6. Electrochemistry Simulations
o BASi DigiSim Simulation
o Comsol multiphysics
<The schematic illustration shows the collision of a negative-charged AuNP conjugated single wall carbon nanotube (Au-SWCNT) to nanoelectrode. Collision is detected by increase of electroactive area of ferrocene methanol (Fc) oxidation. The microscopy images were obtained from TEM image of Au-SWCNT.>
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