The Court of Justice is competent to interpret the measures and to ensure that they comply with the Treaty' [ 23].
Thus, to help interpret the measures of association, the estimations of associations for the Canadian, Latin American, and Albanian sites were presented by considering the site to be a proxy for the healthcare system, society, and culture of each region.
Much depends on how researchers, journalists and public policy makers interpret the measure and how they explain the difficulties of measuring economic well-being.
A detailed chemical kinetic model was used to simulate and interpret the measured data.
To help interpret the measured data and understand the transport behaviour of produced water, a modeling study was performed.
Scanning and transmission electron microscopy allow to interpret the measured physical data on the basis of microstructural details.
The study proves that understanding the fluid dynamic conditions is fundamental in order to understand the sampling results and correctly interpret the measured concentration values by relating them to a suitable LFG emission model, and therefore to estimate emission rates.
An extensive dataset including porewater concentration profiles and in situ benthic fluxes of nitrate (NO3−), nitrite (NO2−) and ammonium (NH4+) was used to constrain a 1-D reaction-transport model designed to simulate and interpret the measured data at each station.
Its distinctive features are a scoring system that allows the weighting of each dimension of QOL by the respondent, and the subjective wording of the items that allows respondents to interpret the measured elements according to their own experience [ 23].
Considering the frequent elevation of BNP levels in the ICU setting due to critical illnesses, for example, sepsis [ 20, 21], acute exacerbation of chronic respiratory failure [ 22] and ALI/ARDS [ 23, 24], it seems to be more difficult to interpret the measured BNP levels in patients with CKD.
This measure tries to quantify how well separated the haplotypes are relative to D. For distances D arising from path lengths in phylogenies where all edges have length 1 (i.e. the distance D x, y) between two haplotypes x, y ∈ X is simply the number of edges on the path from x to y) such as those presented in Figure 1, one can interpret the measure as follows.
