Sentence examples for characterize processing from inspiring English sources
To the best of our knowledge, this manuscript presents the first comprehensive attempt to characterize processing gain improvement and system noise in multi-electrode sensors by directly comparing simultaneous measurements obtained from sensors fabricated along the same channel.
This report discusses the results of a magnetic survey, excavations, and faunal analysis undertaken at the Kutoyis Site (24GL366), a Late Prehistoric-period hunting complex located in Montana, to characterize processing activities associated with large-scale communal bison hunting.
In order to characterize processing parameters and the resulting properties, the billets are processed by 4 and 8 passes on both scales.
To further characterize processing of PbSERA3 in adherent infected HepG2 cells, we used single cell analysis using IFA techniques.
The pattern noted above of high spatial frequency to full spectrum and back to high spatial frequency (or local to local_and_global and back to local processing) characterizes processing in the left and right occipital regions of all three observers, for "fear" and "disgust" and in fact, for all seven expressions.
Although the spreading activation principle has been widely adopted when characterizing the dynamics of processing between the semantic level and the lexical level, it is not as widely employed when characterizing processing at the segmental phonological level.
The samples were characterized by processing behavior, mechanical and rheological properties, SEM, contact angle measurements, TGA and DSC.
The obtained materials have been characterized by processing behavior, mechanical and thermal properties, positive groups determination, atomic force microscopy and standard tests to assess antimicrobial and antioxidant activities.
The principal component accountable is pederin, initially characterized by processing 25 million individuals of Paederus fuscipes [ 8].
Thus, this method is very useful for IC foundries to detect poly stringers and to characterize the processing line capability and tune the process recipe to improve product yields.
To improve our knowledge we must rely on brain imaging with improved spatial and temporal resolution and paradigms which can measure internal processes in the human brain, and on the bridging of disciplines in order to characterize this processing at cellular and circuit levels.
