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These molecules have been designed for the elaboration of performing electrochemical biochip devices by the means of conductive poly(pyrrole) electroaddressing on an electrode network.
In this study we developed carbon nanotube (CNT) modified air-cathodes to create a 3-D electrode network for increasing surface area, supporting more efficient catalytic reaction, and reducing the kinetic resistance.
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A novel CuO negative electrode with network-like architectures was fabricated on copper substrate by a simple solution-immersion step and subsequent heat treatment, which avoids the use of binder and conducting agent that necessary to the conventional electrode-preparation process.
Sensor was fabricated in chemiresistive mode by making two planer Au electrodes on network-like SWCNT film by thermal evaporation method and standard photolithography lift-off process.
Moreover, benefiting from the hierarchical porosity and interconnected graphene network, electrode reaction kinetics is greatly enhanced.
As an array of microelectrodes or a semiconductive silicon wafer patterned with microelectrodes were used as the working electrode, a dendritic network of cyrstalline oligopyrene nanosheets was fabricated.
When 0.025 wt% SWCNTs were hybridized with Ag NWs, a Ag NW-SWCNT network electrode, which had excellent optical properties (very low haze value of less than 1% and 95% transmittance) and a low sheet resistance value of 30 Ω/sq, was obtained through the effective electrical transportation of the NW NW, CNT NW, and CNT CNT junctions.
We selected a stimulation electrode that induced network bursts upon most initial test stimuli.
Selection of an electrode that induced network bursts upon most (>∼70%) stimulus pulses was never a problem.
The electrodeposition of Pt nanoparticles (NPs) on two-dimensional single walled carbon nanotube (SWNT) network electrodes is investigated as a means of tailoring electrode surfaces with a well-defined amount of electrocatalytic material.
Carbon nanotube (CNT) network electrodes enabled the integration of the electronic conductor and active material of each electrode into a single component.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com