We obtained the maximum power luminance that was obtained about 90 cd/m2.
In accordance with regression equations obtained, the maximum values in the evaluated response variables are obtained for a rank from −14.4 to −22.2 kPa in soil moisture tension.
Two/three-step treatment, which obtained the maximum Cr extraction rate of 27.5%, is an improvement on the single-step that extracted maximum 3.1%.
D-GM-BE MFC obtained the maximum power density by 124.58 ± 6.32 mW m−2, which was 2.34 times over C-BE MFC.
Consequently, the 0.4 wt% co-doped single light-emitting layer device obtained the maximum external quantum efficiency, current efficiency and power efficiency up to 27.6%, 114.23 cd/A and 101.92 lm/W, respectively.
Towards the ISTs on crossed cubes, although several results have been obtained, the maximum height of the ISTs on the n-dimensional crossed cube CQn is no less than n+1 for n≥3.
The 32 mM nitrogen treatment obtained the maximum accumulation of Cd concentration (622.9 mg/kg) in the root of the testing plants with a total Cd amount of 27.9 μg.
Finally, the 0.3 wt% co-doped double light-emitting layers device obtained the maximum brightness, current efficiency, power efficiency and external quantum efficiency up to 28,031 cd/m2, 14.89 cd/A, 12.99 lm/W and 9.0%, respectively.
The shake flask fermentation of the strain expressing Fkp, Gpt, Gmk and Ndk obtained the maximum GDP-fucose content of 4.6 ± 0.22 μmol/g (dry cell mass), which is 4.2 fold that of the strain only expressing Fkp.
Finally, the 15 wt% doped device with the Commission Internationale de 1′Eclairage coordinates of (0.143, 0.189) obtained the maximum current efficiency, power efficiency, external quantum efficiency and brightness up to 11.99 cd/A, 10.91 lm/W, 8.0% and 36,060 cd/m2, respectively.
