Sentence examples for characterization methods based from inspiring English sources
As reviewed in this paper, most traditional characterization methods based on microscopy, X-ray diffraction, spectroscopy, sorption-based pore size distribution measurements etc. provide limited information for relating separation performance to the CMS morphology and structural changes.
Their characterization is usually hindered because their resonance regions overlap significantly, and thus conventional characterization methods based on single-degree-of-freedom curve fits cannot be used.
In this work, a statistical analysis has been carried out over wide range of experimental data to investigate the accuracy of various characterization methods based on the attainable input data of heptane plus fraction (C7+) using generalized distribution model.
If an unequivocal, definitive diagnosis is required, characterization methods based on either protein or DNA analysis must be used.
An advantage of molecular characterization methods based on the comparison of gene content is illustrated by our recent analysis of C. jejuni strains implicated in Guillain-Barré and Miller Fisher syndromes [ 28].
The grouping generated from our MALDI-TOF-MS analysis is therefore highly congruent with both phenotypic (API) and phylogenetic markers (16S rDNA), as well as other biophysical characterization methods based on UV resonance Raman spectroscopy [39].
A new resonance characterization method based on sensing second harmonic component of the resonators was developed.
The compaction correction parameters of wells were calculated by applying the compaction unit characterization method based on clay content.
The clastic compaction unit characterization method based on clay content was applied by using quality-controlled porosity and clay-content data to classify the lithological compaction units.
This novel characterization method based on FTIR imaging will facilitate the optimization of integration processes of patterned polymeric films leading to enhanced (and reproducible) application of these materials as functional components in a variety of microdevices.
This paper presents the development, characterization and quality control of analytical methods based on the use of disposable optical sensors for determination of heavy metals.
