Sentence examples for differential dimensions from inspiring English sources

Social vulnerability may be viewed as a set of overlapping differential dimensions (Alexander 1993; Cutter et al. 2003; Carnelli and Frigerio 2016) vary significantly within a community over space and time.

Goods vehicle contribution to accident is high because of consequences occurring when they are involved (Section 3) in relation to the differential dimension with car and pedestrian.

Most of the GO terms related to cell division and cell cycle show a q2i pattern (see methods) indicating a significant convergence of their genes in the prognosis and differential expression dimensions.

In the representation (File S5A), high values in the differential expression dimension indicate under-expression in tumour while low values indicate over-expression.

This partial differential equation involvesfourspatial dimensions and time.

Additionally, the study sheds light on differential relations between dimensions of maternal support (Emotional Support, Blame/Doubt, Vengeful Arousal, and Skeptical Preoccupation) and child adjustment and suggests the importance of using both child and mother ratings of maternal support in future research.

However, in three or more dimensions differential sidestream reactors (DSR) play a role in shaping the AR boundary, DSRs are defined by Eq. (9).

The ICER distribution probability of escitalopram versus paroxetine showed a normal distribution, with an ICER mean value of around €1100. Figure 5 shows strategies for a plan defined in two dimensions, ie, differential cost and differential effectiveness.

A fundamental theorem of Wolfe isometrically identifies the space of flat differential forms of dimension m in Rn with the space of flat m-cochains, that is, the dual space of flat chains of dimension m in Rn.

We here provide two sided bounds for the density of the solution of a system of n differential equations of dimension d, the first one being forced by a non-degenerate random noise and the n−1 other ones being degenerate.

We mention here that the computational complexity required to solve a linear system of differential equations of dimension 7 with step size (frac{1}{300}) is much smaller than the computational cost to solve a linear system of algebraic equations in the unknown expansion coefficients (c_{ij}) of dimension 49.