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Assume the matching depth of device ability depth = 40, the number of device in large-scale collaborative system is 1,000,2,000,…,20,000, respectively.
Assume the matching depth of device ability depth=40, the parameter number of device ability AN=2, and the number of device in large-scale collaborative system is 1,000, 2,000,…, 20,000, respectively.
Assume the matching depth of device ability depth = 40, the parameter number of device ability AN = 2, and the number of device in large-scale collaborative system be 1,000, 2,000, …, 20,000, respectively.
Assume the matching depth of device ability depth = 20,40,60,80,and 100, respectively, the parameter number of device ability AN = 2, and the number of device in large-scale collaborative system be 1,000,2,000,…,20,000, respectively.
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However, a majority of these microfluidic CTC technologies suffer from depth of field issues due to the vertical depths of device features (e.g., micropillars or herringbones).
This is especially true in microelectronic applications where very small lateral as well as depth dimensions of device features and film structures are involved.
This paper builds on the earlier works by considering (i) non-uniformity of the illumination across the depth of the device, (ii) electric field enhancement effects at the nanoscales, and (iii) increased series resistance due to the higher device surface area.
Device simulation suggests that in the case of closely packed nanopillar array, the light intensity decays cross the depth of the device [33].
Set the matching depth of composite device be k. 3.
This way, the light absorption and hence electron generation is spread through the depth of the device.
Of note, however, is that this will significantly increase the pocket presence of your GS5, since at its thickest point it more than doubles the depth of the device.
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