Sentence examples for matrix and could from inspiring English sources
In this case, the covariance was not a full rank matrix and could not be inverted.
Therefore, the transformed matrix is a full rank matrix and could be used for the following test of orthogonality between transformed matrix and noise subspaces as discussed in detail in [10].
The precipitates having size less than ~3 nm size are fully coherent with the matrix and could not be observed in TEM because of poor diffraction contrast [12 14].
The results indicated that the CTAB-modified silica nanoparticles had the better dispersal state in the PAI polymer matrix and could increase the content of silica nanoparticles in composites.
The higher quantum yield of GFP-doped nanoparticles as compared to the pure GFP seemed to be caused by the encapsulation of GFP into the silica matrix and could either be linked to the spatial immobilisation of the protein or the altered chemical environment provided by the silica matrix.
The incorporation of MWCNT improved the mechanical strength, structural coherence, and electrical conductivity of the hydrogel matrix and could influence cell behavior due to biophysical and electrostimulating cues.
The R-PCR assay for eaeO157 H7, stx1, and stx2 proved to be a rapid test for detection of EHEC O157 H7 in complex biological matrices and could also potentially be used for quantification of EHEC O157 H7 in foods or fecal samples.
However, the presence of preformed THM and HAA species found in chlorinated FBWW streams may result in higher levels of initial DBP concentrations in blended water matrices, and could have a significant impact on finished water quality in terms of meeting specific DBP guidelines or regulations.
The rolling circle DNA synthesis created a long single stranded product consisting of tandem repeats of the complementary sequence of the original oligonucleotide, which was too long to enter the gel-matrix and could therefore only be visualized as a dot in the gel slot.
Malt supplemented sea buckthorn juice was a superior matrix comparatively and could suppress E. coli, S. enteritidis and S. dysenteriae within one hour of co-incubation.
These nano-fibrous scaffolds attempt to mimic collagen, a natural extracellular matrix component, and could potentially provide a better environment for tissue formation in tissue engineering systems.
