Sentence examples for electrical current density from inspiring English sources
According to the effective medium theory [26], the average microscopic electric field inside the ceramic matrix filled with conductive particles increases in the region of the PT, which results in a significant decrease in Eb. Figure 4 shows the non-Ohmic properties of the CCTO/Au nanocomposites as a plot of electrical current density (J) vs. electric field strength (E).
The relationships among metal ion concentration, electrical current density, and removal efficiency are also discussed.
In contrast, the Faradaic resistance becomes smaller than this value if the partial electrical current density of the reverse reaction is large as compared to the net electrical current density.
These tapered channels enhance main channel flow and sub-rib convection, both increasing the local oxygen transport rate and, hence, local electrical current density.
Therefore four dimensional regression models were plotted against the input variables of temperature, electrical current density and the anode circuit's methanol concentration.
The quantity and size of silver nanoparticles were shown to be controlled by the electrochemical deposition time under constant applied electrical current density.
The films grown to thicknesses 9 90 nm covered the rough steel surfaces uniformly, allowing reliable evaluation of their dielectric permittivity and electrical current densities with appreciable contact yield.
The electrochemical performance as potential anodes for lithium-ion batteries of graphitized biogas-derived carbon nanofibers (BCNFs) is investigated by galvanostatic cycling versus Li/Li+ at different electrical current densities.
Taken together, the results presented here indicate that introducing low intermittent or constant electrical current densities to existing biological treatment methods in the UAE has the potential to lead to more efficient and improved reactors for the treatment of wastewater.
In summary, the results of this study have demonstrated that graphitic carbon foams match a very acceptable capacity with excellent cycle stability as well as performance at high electrical current densities (up to ∼ 90 mAh g−1 after 300 cycles at 1.9 A g−1 with coulombic efficiency ∼ 100%) which make them suitable for sodium-ion battery applications.
The electrochemical performance as potential anodes for sodium-ion batteries of boron-doped and non-doped graphitic carbon foams is investigated by galvanostic cycling versus Na/Na+ at different electrical current densities, in glyme-based electrolytes which are known to allow the intercalation of the Na+ ions into graphite.
