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Hardness maxima are found for different nanocrystalline/amorphous materials deposited by different techniques at typically 20% of the amorphous phase.
Ionic conductivity results are similar to those reported for widely studied poly ethylene oxide) complexes, in that broad conductivity vs salt concentration maxima are found.
The local minima and maxima are found by 3D search in the 8 neighbors of the current scale and the respective 9 neighbors in each of the previous and the next scale.
At this cutoff threshold value and for all model qualities, a minimum in metric value is observed, which makes that for any given model quality under consideration two maxima are found: a first optimum at a cutoff threshold smaller than the 2.5%, and a second optimum that is located at a cutoff threshold χ much larger than the 2.5%.
Figure 2b presents variation of second-order difference of cluster energies (Δ 2 E) as a function of cluster size where maxima are found at n = 3, 7, and 10 indicating more stability of these clusters compared to their neighbor clusters.
Correlation with angle φ profiles show that the intensity maxima are found within the lamellae.
Similar(50)
Separate maxima were found for enzymatic saccharification and hemicellulose fermentation, respectively, with the condition for maximum saccharification being significantly more severe.
From UV vis measurements, the absorption maxima were found to be at 330 nm for T1, 356 nm for T2 and 412 nm for T3.
The absorption maxima were found to be 434 nm.
Electric energy produced over 31 years is evaluated by integrating electric power over time, and a maxima is found among all the models.
The locations of the spread-F minimum and maximum are found to shift equatorward with decreasing solar activity.
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