Sentence examples for electrode pillars from inspiring English sources

The height of the electrode pillars and the distance between them were systematically varied in the simulations to evaluate the effects on ionic transport in terms of concentration, concentration gradient and the minimum concentration in the electrolyte.

Modeling results demonstrate that ultra-thick LiCoO2 electrodes, on the order of 150 300 μm, can garner a substantial improvement in material utilization and in turn capacity through electrolyte channels and fine width electrode pillars which are 25 100 μm wide.

The studies showed that the polarization in the electrolyte can be decreased by increasing the electrode pillar length, while increasing electrode distances led to a nonuniformity of the electrochemical activity.

The interlocked interface formed between the nano-pillar Ni electrode and nano-pillar PDMS composite thin film effectively enhanced the triboelectricity of a triboelectric nanogenerator (TENG) by increasing the surface contact area and contact time, related to the frictional forces.

The detection limits are improved with the deposition of metals onto the embedded electrodes to create pillars, increasing the surface area of the electrodes.

Glial proliferation was observed at the base of the pillar electrode arrays and inside the chambers.

In such device, typically any gain due to electric field enhancement close to the pillar electrode is quenched by the reduction in the electric field close to the outershell electrode.

The electrode covering the micro-pillars is patterned to decrease the capacitance, and hence increase the sensitivity of the sensor.

This results in a 3-dimensional focusing effect, where the incoming flow stream (from an off-chip injector) is focused onto the pillar detection electrode.

In this step, the electrodes patterns are a few micrometers (2 μm in our case) larger than that of the oxide pillars under the electrodes, and the difference in the pattern sizes determine the length of the overhang structures.

Figure 5a shows an array of orthogonal solar cells consisting of vertical conductive electrodes at the center of pillars, CNT in here, coated with thin film amorphous silicon p-i-n solar cell.