In this work, effect of various alignments of double walled carbon nanotubes (DWCNTs) in composite is evaluated for axial, lateral and through plane properties.
Figure 1 Various alignments of buckyball system as a protector.
In this work, we introduce fifteen predictors designed to evaluate the properties of the models obtained for various alignments.
Among the various alignment methods for carbon nanotubes (CNTs), dielectrophoresis (DEP) has been demonstrated to be very efficient and to have the great potential of combining with the large-scale fabrication process of SWCNT-based devices [1, 2].
The InkCase Plus is also a sequel device to an earlier InkCase, but the new focus for the Plus is on a modular design, so the user can detach the screen from the case and use it in various alignments.
From a matrix with empirically determined penalties for various alignment features, we calculated a quality score for consensus calls at each reference position.
By substituting different algorithms for establishing homology (e.g. various alignment algorithms, k-mer spectrum methods, etc)., different sensitivity and specificity might be achieved.
I investigated the accuracy and speed of the various alignment methods when the true best template sequence was selected for each candidate sequence (Tables 3 and S3).
To identify a set of interesting alignment efforts, we searched extensively for publications of empirical studies that 1) take research processes as a starting point, 2) simultaneously analyze various alignment efforts and 3) relate these to utilization.
The algorithm dynamically considers various candidate alignments, partitions each candidate alignment into sections, and determines the most appropriate set of parameter values for each section of the alignment.
(B) Multiple sequence alignments for the DSS1 protein family from various species.
