Sentence examples for multifunctional analysis from inspiring English sources

A general trend for the relative yield of some compounds in the different brands have been identified and confirmed by multifunctional analysis.

Multifunctional analysis has been satisfactorily employed to correlate the effect of the main design features of the cigarettes including amount of tobacco, filter size or paper weight with the amount of smoked tobacco and with the ratio CO2/CO.

The AlgaePath system will provide users a multifunctional analysis platform for algae-related research.

We outline a framework for the integration of the multifunctional element analysis with a dynamic building model and the performance factors of a district energy network.

The aim of this study was to show the response of the solid sensor PIN RD100A detector in a multifunctional X-ray analysis system that is designed to evaluate the average peak voltage (kVp), exposure time, and HVL of radiological equipment.

In the present publication, the authors employ the multifunctional approach to the analysis of the whole complex of archaeological fi ndings.

Advanced characterization and analysis of multifunctional materials, such as the materials found in heterogeneous solid oxide fuel cell (SOFC) electrode architectures, can help to provide a qualitative and quantitative understanding of how these structures respond to different manufacturing and operating practices.

Direct NF90 depletion is likely not a viable therapeutic approach because of its multifunctional properties; however, further analysis may identify a specific site(s) in NF90-mediated regulatory pathways that show greater specificity for interrupting the dengue virus life cycle.

Therefore, for detailed analysis of multifunctional genes, such as the components of the Ras-MAPK pathway described below, simultaneous time-specific and cell-specific knockdown is necessary.

Here, we provide a detailed analysis of the multifunctional carriers designed for different types of payloads, surveying the biomaterials used to construct the functional carriers.

Our findings suggest that DNA tetrahedra could serve as a platform for the realization of a series of multifunctional intracellular biosensors for the analysis of single live cells.