Sentence examples for constant current technique from inspiring English sources
Preparative electrolysis was carried out by constant current technique.
Li insertion in CuyTiS2 spinels at 120°C is investigated by constant current technique on samples of different stoichiometry.
One of the studies (El Maaddawy and Soudki 2003) focused on the effectiveness of the impressed (constant) current technique using current densities in the range of 100 500 μA/cm2 to simulate corrosion of steel reinforcement in concrete.
However, no studies could be found which had considered the effectiveness of the using constant voltage technique versus the constant current technique in simulating corrosion damage in reinforced concrete.
In light of the above results, and when considering the use of electro-chemical methods to simulate corrosion in reinforced concrete, it would be recommended to employ a constant current technique rather than a constant voltage technique.
Bright and adherent thick films of NiFeMo and NiFeW alloy have been electrodeposited by constant current technique on Cu microwire (50 μm) from a citrate based bath containing Ionic liquid 1-dodecyl-3-methylimidazolium chloride.
The specific capacitance of the ACB sample could be as high as 191.7 F g−1 by constant current charge/discharge technique, indicating that the ACB presents good characteristics prepared by the method proposed in this work.
Coin-type cells are assembled to investigate the electrochemical behaviors of the as-prepared composites by constant current charge discharge technique, cyclic voltammetry (CV) and electrochemical impedance spectroscopy (EIS).
Reactions of the SH− anion on iron electrodes in deoxygenate alkaline solutions were studied using constant potential, constant current and acyclic voltammetric techniques.
Homogenous polypyrrole layer for further studies was achieved by galvanostatic technique at constant current density of 5 mA/cm2.
Electropolymerization, using constant and pulsed current techniques, was used to produce polymer coatings directly onto 3D substrates with thicknesses down to nano-scale dimensions.
