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Generally, it is important to control the diameter of the electrode because it can determine electrode performance.
All these processes form inter-linked circuits for the mass, heat and electricity, which determine electrode design, cell structure/configuration and operation, hence overall performance.
Histological analysis to determine electrode position was performed following cresyl violet staining.
To determine electrode penetration sites for the electrophysiological recording, we investigated spatial patterns of activation induced by visual stimuli using intrinsic signal imaging for 2 monkeys.
At the end of the recording session, birds were sacrificed by increasing the level of isoflurane to 5%, after which the brain was removed and frozen for histology to determine electrode site placements [ 27].
Given the excellent correspondence between the experimentally determined electrode slopes and the ideal Nernst slope (Table 1), eq 2 was used to determine electrode intercept potentials (i.e., calibration intercepts, E0) with g̅′ = g = 59.16 mV and the spectrophotometric potentiometric data obtained for pH ranges of 7.0 −8.1 and 6.0 −8.1.
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The diameter of CNT nanobundles should be controlled precisely, because it is an important factor in determining electrode performance.
The current response to a triangular voltage sweep signal is calculated numerically by Heaviside operational calculus using experimentally determined electrode impedance.
Because our method of determining electrode penetration sites was different from that for the other 2 hemispheres, we included a discussion at the end of the results obtained from this hemisphere in comparison with the results obtained from hemispheres H1 and H3.
Cell constants, i.e. geometry factors relating the electrode impedance to the specific medium conductivity, were calculated to determine the electrode voltage for a given stimulation current.
This paper proposes a finite element approach to accurately determine these electrode profiles.
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