Sentence examples for evolution of scan from inspiring English sources

This led us to propose a model for the interlinked evolution of SCAN, SCAN-KRAB and KRAB subfamilies, underlining the importance of comparing complete gene repertoires rather than specific subfamilies for gaining insights into the possible orthologous relationships between genes from various genomes.

The application of geometrical estimators to TFRs provides an innovative way to complement conventional techniques based on the one-dimensional evolution of an A-scan extracted parameter (central or centroid frequency, bandwidth, etc).

According to the deposition mechanism of the heating-melting-solidification cycles of metal powders, a thermal fluid dynamics model based on the Navier-Stokes equation, surface tension, capillary force, and Marangoni effect was introduced to explore the evolution of porosity as the scan speed increased.

The overall isothermal crystallization behavior of poly ethylene oxide) (PEO) in single walled carbon nanotube (SWNT) based nanocomposites is studied with a focus on growth kinetics and morphological evolution of PEO using differential scanning calorimetry and in-situ small angle x-ray scattering measurements respectively.

One iteration of the evolution of the algorithm performs four scans.

The influence of the combined action of water, temperature and radiation in the oxidative ageing was evaluated by means of molecular analysis, using infrared spectroscopy, and in terms of evolution of the aesthetic properties, using scanning spectroscopy and colourimetry.

The evolution of the thickness, obtained from scanning electron microscopy images, as a function of deposition time for different applied electric field is in agreement with a linear Hamaker law type.

The effects of EVA on the morphology evolution of EA were investigated by laser scanning confocal microscopy (LSCM) and scanning electron microscopy (SEM).

The full evolution of cell morphology during the Raman scan is shown in the Additional file 1.

The crystallographic evolution of Fe-oxides was characterized by scanning electron microscope equipped with an energy-dispersive spectrometer (SEM EDS).

To determine the composition evolution of the disturbed area, EDS line scans have been carried out with a 0.2 nm probe size and a step of 20 nm (see dotted line of Figure 4a).