To improve the performance of the integrated process the multiple-injection technique has been suggested.
Finally, simulation results are presented to illustrate the performance of the integrated scheme.
The nanowire arrays and nanoflowers both enhanced the electrocatalytic performance of the integrated electrode via greatly increasing the surface area of the CF substrate.
It is necessary to know the max photovoltaic power generation and the thermodynamic performance of the integrated system when the photovoltaic system is integrated with the air source heat pump (ASHP).
A comprehensive case study is included to investigate the effects of integrating two different renewable sources for multigeneration purposes and how the performance of the integrated system will function when varying different design and operating conditions.
The performance of the integrated chaotic-optical transmitter is simulated.
To improve the performance of the integrated circuits, new emerging and paradigms are needed.
The proposed model herein is aimed at optimizing the performance of the integrated reservoir study model.
The performance of the integrated approach is verified by conducting experiments.
The performance of the integrated unit was evaluated analyzing environmental air sampled in tomato crops.
The effects of the absorber parameters on the performance of the integrated device are also analysed.
