The phrase "allows one to quantitatively" is correct and usable in written English.
It can be used when discussing the capability of a method, tool, or process to measure or analyze something in numerical terms.
Example: "This software allows one to quantitatively assess the performance of various marketing strategies."
Alternatives: "enables one to measure quantitatively" or "permits one to evaluate quantitatively."
Specifically, it is based on a population balance (PB) approach that allows one to quantitatively describe cell cycle progression through the different phases experienced by each cell of the entire population during its own life.
Furthermore, the approach allows one to quantitatively compare strategies that directly reduce the transmissibility of a pathogen or limit opportunities for a pathogen to spread.
Dual-color fluorescence cross-correlation spectroscopy (dcFCCS) allows one to quantitatively assess the interactions of mobile molecules labeled with distinct fluorophores.
2pFLIM, which combines two-photon microscopy with fluorescence lifetime measurement, allows one to quantitatively image FRET signal from the tiny volume of spines in light-scattering brain slices (Svoboda and Yasuda, 2006; Yasuda, 2006).
Labeling cells using carboxyfluorescein succinimidyl ester (CFSE), an intracellular fluorescent dye that dilutes approximately two-fold as a cell divides, combined with advances in flow cytometry techniques, allows one to quantitatively follow the proliferation and death of large numbers of cells over 6 8 divisions [11], [16], [17].
Biochemical assays have been designed that allow one to quantitatively determine these activities.
By contrast, the probabilistic framework allows one to examine quantitatively the uncertainty, variability, and magnitude of effect associated with dose response assessments using such conventional approaches.
We showed that the speckle contrast follows expected behavior as a function of spatial frequency [ 25], and that correctly modeling the effect using correlation transport allows one to fit quantitatively for the dynamical properties of light scattering particles [ 24].
An effective model of the wave propagation in such systems gives an a-priori qualitative explanation of the natural frequencies change and allows one to predict them quantitatively.
There is therefore a definite need for the RTE model, which allows one to model a vegetation species quantitatively and ultimately determine the ecological impact of various management scenarios falling under the CERP initiative.
The simulation-based approach allows one to express the functional dependence of erosion on the coating properties, and to quantitatively predict the erosion rate.
