The obtained results indicated that with an increase in electrolyte concentration, the ohmic resistance of the solution decreases leading to lower current density
needed for reaching optimal applied voltage and lower energy consumption.
4 shows the distribution of instantaneous values of the module of the current density
vector in a three-dimensional laminated model (Fig.
In his earlier paper Scott  showed that the oscillations in the [J.sub.1] Bessel function that controls the spatial behavior of the current density
component, [j.sub.[theta]], in a Birkeland Current produces counter-rotating bands in its cross-section (and presumably also in the galaxy it flows into).
In this study, direct interaction of BOx on hematin modified MWCNT is capable of increasing the current density
driven by a combination of synchronous effect of natural substrate and favorable orientation for BOx.
That is to say, the results are in agreement with the distribution of current density
maps (Figure 5(a)).
The analysis of the current density
distributions was articulated in three distinct phases, corresponding to different scenarios and stimulation settings as summarized in Figure 3.
A nonparametric local-linear regression model was used to analyze correspondence between both raw and logged current density
distributions in the eye, medial walls of the occipital lobe and the remainder of the occipital lobe, and subject ratings.
During the EC experiment, the effects of pH, current density
, time and temperature were studied.
One can notice that, the current density
changes as the roughness factor increases, i.e.
Since it is an air breathing PEM fuel cell stack, continuous operation with lower current density
is limited by the liquid water formation and continuous operation with higher current density
is affected by dehydration.
After that, the load was applied on the stack at a specific current density
. The fan speed is modified to keep the stack temperature constant.
In addition, it is necessary to popularize the method with which problems can be studied by building simulation models because it is more convenient to change parameters and view the current density
and flux density which are not easy to achieve in practical experiments.