Sentence examples for volumetric current from inspiring English sources
Charge transfer was modeled in details for the electrodes and the electrolyte, assuming volumetric current generation.
Increasing the electric current increases the transformation rates; however, the process is more efficient under lower volumetric current density (for example 1.5 mA L−1 in this study).
The volumetric current was 108.7 A/m3 based on MEC volume and 17.3 A/m3 based on total AD-MEC volume, while the current density was 1.35 A/m2 (cathode surface area).
Currently, the most active non-noble metal catalysts are derived using this method and are able to deliver a kinetic volumetric current density of 450 atcm3 at 0.8 V under fuel cell operating conditions.
The improvement in fuel cell performance is analysed in terms of the electrolyte coating thickness, agglomerate specific area, conductivity, overpotential, volumetric current density and oxygen mole fraction within the cathode catalyst layer.
With acetate as electron donor, the MEC achieved a volumetric current density of 654 ± 22 mA L−1 (projected current density, 1.09 ± 0.04 mA cm−2) and a volumetric hydrogen production rate of 7.10 ± 0.01 L L−1 d−1 at an applied voltage of 1 V.
A stable volume integral equation formulation based on equivalent volumetric currents is presented for modeling electromagnetic scattering of highly inhomogeneous dielectric objects.
The similarity in the data of this survey compared to its predecessor [5] indicate, however, that during that period the more liberal use of CT and expansion of CT indications have been balanced with newer technology for dose optimisation such as volumetric tube current modulation and interactive collimation to reduce overranging.
With current volumetric technologies, the AFBUS system can provide even higher detection rate of lesions including solid lesions and carcinomas.
Modern volumetric (3D) tube current modulation techniques were employed in all scanners, except for the four-row models.
The process was carried out at pH 3 under different operational conditions varying temperature, volumetric flow and applied current density.
