Sentence examples for quantitative directions from inspiring English sources

Quantitative directions for evaluating thermal radiation characteristics of ash deposits for the merits of the safety design of boiler furnaces were proposed.

This analysis led to the possibility of social science being taken in a quantitative direction.

Spatial knowledge acquisition includes learning both metric and non-metric spatial properties of environments; metric properties include quantitative distances and directions and non-metric properties include sequence and connectivity.

Using menopause age as a quantitative trait, the directions of association and effect sizes of all four single nucleotide polymorphisms (SNPs) were consistent with those published in the GWAS (Table  1).

As a step in this direction, quantitative understanding of physical chemistry underlying partitioning of drugs in drug delivery vehicles such as micelles provides guidelines to meet such an objective.

After quantitative confirmation of direction tuning within these boundaries, the binocular disparity preference of the MU cluster was measured by presenting a plane of moving dots in the PREF direction at different binocular disparities around the fixation plane.

Generally, there are two main directions in quantitative graph analysis: (i) Comparing and (ii) characterizing networks.

While color-encoding does not directly give quantitative vector magnitude and directions, it allows for a qualitative sense of flow directionality and speed.

The two studies evaluating DNA methylation in candidate regions by quantitative pyrosequencing showed consistent directions in the associations with increasing exposure biomarkers levels in genes p53 and IL-6 [ 118, 119].

But it also reflects the fact that the Bank of England has moved further and faster in the direction of quantitative easing than any other central bank.

To provide a quantitative measure for the direction of spontaneous change, Clausius introduced the concept of entropy as a precise way of expressing the second law of thermodynamics.