The maximum power efficiency, current efficiency and external quantum efficiency for the complex based OLED are up to 48.46 lm/W, 55.04 cd/A and 18.47%, respectively.
The maximum power and current production in the presence of Acetaminophen and Bismuth as novel cathodic mediators was 2.55 × 10−5 W, 1.29 × 10−5 A, 2.9 × 10−5 W and 1.75 × 10−4 A, respectively.
The maximum power and current densities of 119.58 ± 19.16 mW/m2 and 869.44 ± 27.49 mA/m2 were obtained for the MFC with seven bi-layers of nanocomposite which are twice as much as the MFC with the blank-ceramic.
The resulting biobattery delivers a maximum power and current density of 44 μW cm−2 and 0.9 mA cm−2, respectively, which is ca. 37% and 180% higher than an equivalent enzymatic fuel cell equipped with a bilirubin oxidase cathode.
The maximum power and current was 2.87 × 10−5 W and 1.75 × 10−4 A, respectively, although further studies will be need on many aspects of this technology before these approaches could be commercialized successfully, but these results provided a new horizon to produce bioelectricity in a world where the energy crisis threatens its inhabitants.
The maximum power and current densities were 100 ± 15 mW/m and 347 ± 29 mA/m, respectively, at week 20.
In the second application we attempt to find an estimate for the maximum power-up current in circuits where power cut-off or gating techniques are used to reduce leakage current.
Results show that a shorter channel interdigitated flow field may produce both higher maximum power and limiting current densities compared with longer cells.
In the experimental study, cell performances revealed maximum power density when current collectors were located at the high flow rate region.
The maximum power efficiency and current efficiency of electroluminescence are 4.13 lm/W and 9.54 cd/A, respectively.
