This research aims to study the processing and the properties of hot-dipped Zn Mg coatings with varying amount of Mg compositions.
In the current work, we aimed to study the processing of phonological, orthographical, and lexical information of Chinese characters in sentence contexts, as well as to provide further evidence for psychological models.
Experimental methods to study the processing of LBS image fragments were developed, which helped in verifying the adequacy of the developed algorithms and in obtaining the results of fast processing and classification of LBS image fragments.
In this section, we study the processing power consumption of different error correcting algorithms, This section presents empirical analysis of energy consumption caused by transmitting redundant bits in the coded data packets.
In order to produce BMG substrates with reproducible aspect ratios and substrate sizes for use in this study, the processing parameters of the TPF process were modified to account for slight batch-to-batch variation in the as-cast Pt-BMG material.
In this study, the processing variables including polymer concentration, flow rate, applied voltage, collection distance, and ambient humidity were systematically optimized to generate uniform γ-PGA nanofibers with a smooth morphology.
