Sentence examples for electrical parameters were from inspiring English sources
The results obtained by both models for calculating the electrical parameters were applied to the electric field equations developed by D'Amore.
DC electrical parameters were evaluated and Shapiro steps dependence on operating conditions was studied.
The main electrical parameters were extracted and studied statistically to help determine both the radiation effects and the underlying physical mechanisms.
The characteristics of ionic wind in various electrode arrangements or electrical parameters were analyzed, and the case temperature changes induced by ionic wind were measured under various conditions for analysis.
The best working conditions were achieved with a polished cathode working at a potential of –0.7 V against SCE for a volumetric flow rate of 8.33 × 10−6 m3 s−1 obtaining 19.6 kg m−3 h−1 as the maximum value of space time yield, for which the electrical parameters were 2.6 V average cell voltage, 22 kWh kg−1 specific energy consumption and 40%% current efficiency.
Membrane electrical parameters were determined by the dependence of the first critical frequency of dielectrophoresis (f ct1)) and the first characteristic frequency of electrorotation (f(c1)) on the conductivity of the suspending medium.
The conventional Bergeron model is characterized by the line representation through concentrated longitudinal and transversal parameters, i.e., the line electrical parameters are represented by means of electric circuit elements R, L, G and C. The novel approach of this research is the inclusion of the frequency effect in the longitudinal parameters in the Bergeron line representation.
Electrical parameters are designed to deliver inherent capacity modulation in accordance with cooling demand variation.
