Sentence examples for foundation for the quantitative from inspiring English sources
Measurements reliability of the hydrological and climatological data is the essential foundation for the quantitative climate analyses.
These works lay a foundation for the quantitative analysis of immune response kinetics.
Our continuing efforts are aimed at establishing a database quantifying the distribution of the dynamics of a key set of apoptosis-related processes in a cell population under controlled stress that would serve as a foundation for the quantitative stochastic modeling of cell apoptosis.
Therefore, each nanoparticle passes through the interrogating laser beam with the same velocity and experiences the same radiation field, thus providing foundation for the quantitative analysis of single nanoparticles.
The work in this article has laid the foundation for further quantitative determination of properties of engine lubricating oil and will be a good start to application of DS to petroleum analysis and testing.
This paper lays the foundation for a quantitative theory of Gabor expansionsf(x)=∑k, nck, n e2πinαxg(x−kβ).
It is a pre-requisite to have a precise understanding of the Primary Knock-on Atom (PKA) energy spectra caused by 14.1 MeV fusion neutrons in order to have a good foundation for a quantitative determination of the damage driving phenomena produced as a result of neutron encounters.
This paper describes the design, development and application of a conceptual foundation for a quantitative integrated coastal element vulnerability assessment using the up to date Source Pathway Receptor Consequence (SPRC) approach.
Metabolic pathway models provide the foundation for quantitative studies of cellular physiology through the measurement of intracellular metabolic fluxes.
Accordingly, the acoustic sensor approach can help to enhance the detection of the dilute solid phase in solid fluid conveying systems, laying the foundation for quantitative particle detection in more complex multiphase flows.
Recent research has extended image quality metrics and theoretical models to such applications, providing a quantitative foundation for the assessment of imaging performance as well as a general framework for the design, optimization, and translation of such technologies to new applications.
