Two measures which allowed the quantification of intensity of the physical hardening were introduced.
A novel interconnectivity algorithm allowed the quantification of scaffold interconnectivity in three space dimensions.
Synchrotron X-ray Powder Diffraction measurements allowed the quantification of several phases of the cement pasts through Rietveld analysis.
This controlled procedure allowed the quantification of the carbon removal while inducing exclusively reversible restructuring of the Cu foil.
These two last techniques have allowed the quantification of ketene, C1 C3 alkylhydroperoxides, hexenyl hydroperoxides, C6 unsaturated ketohydroperoxides, and hydrogen peroxide.
This allowed the quantification of the width of the mixing zone which is difficult to measure in experimental methods that are based on visual observations.
This visual technique allowed the quantification of mixing efficiency, as well as identification of issues such as flow recycling, stagnant zones, and other inconsistencies in the mixing dynamics.
The assay allowed the quantification of CPO in the plasma of a poisoned patient, where the active metabolite was about two orders of magnitude lower than chlorpyrifos.
Partial-least squares regression (PLS) and artificial neural networks (ANNs) were performer to build the quantitative prediction models that allowed the quantification of the antioxidant capacity of the tested wines.
Employing Synchrotron X-ray radiation for XRD measurements, scans from 10° to 110° (θ−2θ setup) allowed the quantification of several phases of the cement pasts through Rietveld analysis.
The analysis allowed the quantification of the co-deposited layers thickness of the deuterium and carbon mixture and the detection of the presence of other impurities such as oxygen and iron.
