The phrase "a set of quantified" is not complete and lacks clarity in written English.
It can be used when referring to a collection of items or data that have been measured or expressed in numerical terms, but it needs additional context to be fully understood.
Example: "In our research, we analyzed a set of quantified variables to determine their impact on the results."
Alternatives: "a collection of measured" or "a group of numerical".
A classic example of how this works would be the U.N.'s package of Millennium Development Goals, which entailed the U.N. bureaucracy drawing up, in collaboration with just about every poor nation on the planet, a set of quantified development targets that the U.N. and the relevant government Syria, Haiti, Equatorial Guinea and so forth agreed were appropriate.
This shows mitotic morphologies, as well as a set of quantified key spindle and cell parameters, that are indistinguishable from controls.
This framework is combined with the evaluation of a set of environmental impacts, quantified by metrics (for air, water pollution, etc).
In the phenotypic integration index proposed by Wagner (1984) (PINT hereafter), the magnitude of phenotypic integration among a set of traits is quantified by the variance of the eigenvalues of the correlation matrix between traits (Wagner, 1984; Cheverud et al., 1989).
The article identifies a set of indicators, quantifies and qualifies relevant baselines figures which could be used for informing implementation of policies and reporting on progresses achieved in the area of VET teachers' professional development.
Borrowing ideas from statistical physics and information theory, however, he and graduate student Boris Grinshpun devised a set of methods to quantify diversity and divergence of T cell samples.
The first is a set of tools for quantifying the integrated impacts on climate of expanding the area utilized for biomass energy production.
We focused on light-induced processes at these interfaces, and developed a set of matrices to quantify and differentiate the capacitive, Faradaic and thermal outputs from about 30 different silicon materials in saline.
We present a set of benchmarks for quantifying, comparing, and contrasting the performance of MapReduce implementations under a wide range of representative use cases.
For a set of parameters we quantify the size of the improvements and show that the improvement depends intimately on the regularity imposed on the underlying cost function.
Finally, reactor and catalyst particle dimensions are estimated by considering pressure drop and a set of criteria to quantify interfacial heat and intraparticle mass transfer resistances and fluid flow characteristics in packed beds.
