Sentence examples for maximum exergetic productivity from inspiring English sources

The maximum exergetic productivity index was found to be 6.82 and 6.90 using the conventional exergy and eco-exergy concepts, respectively, at agitation speed of 450 rpm, liquid media flow rate of 0.55 ml/min, and syngas volume flow rate of 8 ml/min containing 10% CO2, 15% Ar, 20% H2, and 55% CO.

This temperature level leads to maximum exergetic performance for all the examined absorber types.

Maximum exergetic efficiency exceeded 11%, maximum environmental efficiency reached up to 95% at optimized process.

All the curves seem to be close to each other but the curve which corresponds to 10 mm fin length leads to the maximum exergetic performance.

In this case, the maximum exergetic performance of the collector is 45.41% and it is a bit greater than in the other cases.

The global maximum exergetic efficiency is achieved for inlet temperature equal to 750 K and it is 45.3%.

The minimization of the collecting area, which means maximum exergetic efficiency, is the optimization goal in every case.

A maximum net electrical power ratio between charging and discharging of 125% is obtained, while the maximum exergetic efficiency is 59%.

The maximum exergetic cost rate is found to be 0.0228 kWh/$-year at a dead state temperature of 37.77 °C.

Optimization is utilized to determine parameter values within a feasible design window, which leads to a maximum exergetic efficiency of 87%.

Mass flow rate and fluid inlet temperature are the examined parameters in order to predict which combination of these leads to maximum exergetic efficiency.