Sentence examples for by applying different approaches from inspiring English sources

Accordingly, a series of MS/MS experiments were performed by applying different approaches, based on the potential of a triple quadrupole system.

The method was applied to evaluate the moduli of the hybrid coatings and the values were compared with those obtained by applying different approaches available in literature.

It is likely that new cardiovascular drugs are introduced in the next future by applying different approaches based on the refinement of the stem cell secretome.

Recently, a great interest has been shown by many authors in the subject of impulsive boundary value problems (IBVPs) by applying different approaches, for example, see [8 28] and the references cited therein.

Although the Orlicz norm and the Luxemburg norm are equivalent, they deduce the totally different descriptions of topological transitivity in [8, Theorem 2.3] and Theorem 2.1 in Sect. 2 by applying different approaches and methods.

Several other MC-ICP-MS instruments were manufactured by other companies applying different approaches for efficient reduction of ionic spectral interferences formed by argon and atmospheric gases, e.g., thermalizing the ions produced by the plasma, introducing a detection system comprising a fixed array of Faraday cups and ion counters, and including an adjustable ion beam dispersion device.

To achieve find some parameter that links both concepts, we analyzed the relationship between diffuse CO2 degassing and linked volcanic activity at Cape Verde volcanoes by applying different geochemical approaches; the results show a priori that magnitude of diffuse CO2 degassing is significantly related.

In this paper, we conduct comparative evaluations of the status of these three segments, by applying different methodological approaches.

We want to emphasize that it is only by applying different modelling approaches to study the same issue that the robustness [25] and relevance of modelling results can be assessed.

In the present study we analysed the secondary structure of three newly obtained ITS2 sequences classified within the ' Sphaeroplea' clade and resolved sphaeroplealean relationships by applying different phylogenetic approaches based on a combined sequence-structure alignment.

By applying different experimental approaches, we revealed that the nine most prominent TR families Cast1 Cast9 extracted from the assembly comprise ∼4.3% of the entire genome and reside almost exclusively in euchromatic regions.