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The results of TEM EDX (Fig. 5a, c) clearly show that the Zn nanoparticles were highly intense and the maximum intensity was found at 1 keV, whereas, Mg and Ti show maximum intensity at 1.3 and 4.6 keV, respectively.
Its maximum intensity was between VII and VIII according to the European Macroseismic Scale (EMS-98).
Median time to maximum intensity was 10 minutes (range, 0 to 180 minutes).
The chip formation frequency has been found to vary between 68.3 kHz and 634.83 kHz while the maximum intensity was observed at 97.7 kHz.
Enhanced current flow is noticeable along the grain boundaries of WO3 nanoflake, the peak current with maximum intensity was clearly identified and its measured value was 248 pA.
The width of the spectrum at 95% of the maximum intensity was then calculated by taking the difference of the two points of zero crossing.
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In the "cave" image, 85%% intensities are lower than 75, but the maximum intensity is 255.
Intensities above 0.6 times the maximum intensity are used to calculate the bright background.
However, when the maximum intensity is reached for each PL peak is different.
The maximum intensity is around 15× greater than the incident one.
The sizes of TW80 EPI-NP and F68 EPI-NP at maximum intensity were 90 and 220 nm, respectively.
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