Sentence examples for electrode footprint from inspiring English sources

Power outputs up to 3.9 mW m−2 normalized to the anodic electrode footprint area, coupled to 13 mA m−2 were achieved.

Moreover, the electrochemical performance of the MSCs based on LrGO-IDEs is greatly improved by minimizing the electrode width in the same electrode footprint.

The nanoporous and wrinkled electrodes developed here combine critical lengthscales ranging from the nanoscale to the macroscale by including nanoscale pores, microscale wrinkles and sub-millimetre-scale electrode footprints, and demonstrate a surface area enhancement of more than 5 times compared to the all-solution-processed planar electrodes.

Figure 5 shows the cyclic voltammograms respectively obtained from 1 mM of L-tyrosine, L-DOPA and DA in PBS from each electrode with the footprint of 7.065 mm2, resulting in different output responses under the same neurotransmitter.

The footprint of each electrode was 7.065 mm2.

Here, FA and RA represent the extracted leakage current density according to the footprint area and real electrode area, respectively, and the extracted capacitance density means the equivalent planar capacitance density (EPCD).

To circumvent small sensor currents and large background currents, we electrodeposit dendritic gold nanostructures to increase electrode surface area while maintaining the microelectrode geometric footprint.

We have developed new techniques to build high aspect ratio Utah neural interface 10×10 arrays with electrodes up to 10 mm long with a 4mm2 footprint and also new high-density 20×20 arrays with 4mm2 footprint.

And in this week's show, an electrode wand that lifts dust particles from carpets is used to reconstruct footprints invisible to the naked eye.

The specific capacitance (capacitance per unit footprint area) and specific power (power per unit footprint area) of the PPy electrodes and symmetric supercapacitor can be calculated from the electrochemical test data.

As shown in this work, the electrodes can be made very wide for better low frequency operation or very narrow for a compact footprint.