Sentence examples for optimum power density from inspiring English sources

For uniform mixing in ultrasound-assisted reactors, optimum power density and diameter of the vessel is needed, yet it is far less effective than conventional stirred vessel.

The membrane with 9 wt% DSiO2 show an open cell potential of 0.98showshowed V and an optimum power density of 111.7 mW cm−2, indicative of its potential application in fuel cell under anhydrous condition.

Since the increase of temperature will result in an increase of protonic conductivity, higher optimum power density may be available when the operating temperature is high.

Open image in new window Figure 9 Optimum power density at different temperatures for 3D pillar current collectors ( R cont  = 0.001 Ω cm 2, d o  = 2.0 mm) Open image in new window Figure 10 Optimum power density at different temperatures for 2D rib current collectors ( R cont  = 0.001 Ω cm2, d o  = 2.0 mm).

Moreover, the optimum heat conductance distributions corresponding to the optimum dimensionless power output, the optimum dimensionless power density and the optimum thermal efficiency of the cycle, and the optimum working fluid temperature ratios corresponding to the optimum dimensionless power output and the optimum dimensionless power density are provided.

An optimum maximum power density of 670 mW cm−2 was obtained from the CNT layer grown under 20 cm3 min−1 C2H4 flow with 0.04 mg cm−2 Pt sputter-deposited at the cathode.

Based on asymptotic relations for the effectiveness in the small and large channel limit, closed-form expressions are derived for the optimum geometric parameters that maximize power density in the limit of design effectiveness approaching unity.

Optimization performed on the robust model reveals that the operating temperature of 778 °C, hydrogen and oxygen flow rate of 1 L/min are the optimum settings for achieving maximum power density of 574.2 mW/cm2.

Different approaches have been explored for assembling the hybrid capacitor in order to achieve an optimum ratio between the energy and power density, while keeping a long cycle-life capability.

The pareto front obtained from optimization of model reveals that the operating temperature of 64.5 °C, methanol flow rate of 28.04 mL/min and methanol concentration of 0.29 M are the optimum settings for achieving the maximum power density of 7.36 mW/cm2 for DMFC.

The reference PEFC stack with 0.1 mg/cm2 Pt loading in the cathode achieves 753 mW cm−2 power density at the optimum conditions for heat rejection, compared to 964 mW cm−2 in the laboratory cell at the same cell voltage (663 mV) and pressure (2.5 atm) but lower temperature (85 °C), higher cathode stoichiometry (2), and 100% relative humidity.