Sentence examples for basis for quantification from inspiring English sources
Ions were generated by ESI source and analyzed by multiple reaction monitoring mode (basis for quantification) in the Agilent 6410 QqQ analyzer.
Thus, close investigation of the relationships between canopy GPP and photosynthetically active radiation absorbed by vegetation is the basis for quantification of LUE.
This paper describes a theoretical and risk based framework to form the basis for quantification of robustness and for pre-normative guidelines.
The chapter discusses a systematic approach to the analysis of the causes as a basis for quantification of likelihood, and then explains the mathematical methods for quantifying those elements that can be quantified.
These SRES scenarios provide the basis for quantification of future emissions.
But, because KII provide only a very limited basis for quantification, they are rarely appropriate when quantitative data are needed.
The relation between the area of LND peak and its concentration was used as the basis for the quantification.
The method (i) allows an experimental determination of the extended Taylor's equation, with a limited set of experiments and (ii) provides a basis for the quantification of tool life measurement uncertainty.
The main characteristics of a production network such as the amount of production sites, the number of employees and the product and process distribution form the basis for the quantification.
From the analyses of these minerals, we have calculated relative sensitivity factors for a suite of major and minor elements in order to provide a basis for element quantification for the possible identification of major mineral classes present in the cometary particles.
The framework provides the mathematical basis for the quantification of the interactions between intracellular metabolism and extracellular conditions, and it is readily applicable to the identification of optimal ME targets for the improvement of industrial processes [Wang, L., Hatzimanikatis, V., 2005. Metabolic engineering under uncertainty. II: analysis of yeast metabolism. Submitted].
