Mutikanga et al. (2011) employed MCDA to evaluate water loss reduction options in Kampala using seven evaluation criteria characterized by financial-economic, environmental, public health, technical and social impacts.
Three main criteria characterized essential CoD: Importance: most frequent CoD of global public health relevance (e.g. acute respiratory infections); Diagnostic Feasibility: CoD associated with recognizable symptoms ascertainable by VA (e.g. HIV/AIDS); and Potential for intervention: CoD can be addressed by public health interventions (e.g. diarrhoeal diseases).
Two criteria characterize the reliability of absolute quantification, namely, accuracy and precision [56].
For this reaction diagnostic criteria characterizing the degree of stability of N2O5 have been deduced.
In the present work, a set of criteria characterizing the matching capabilities of ultrasonic horns is developed.
Moreover, new geometrical criteria characterizing the ellipsoids are introduced: maximax and minimax semi-axes, area and eccentricity.
We give a review of conservative RD schemes showing relations between different approaches previously published, and recall L∞ stability and accuracy criteria characterizing the schemes.
These yield criteria characterize a non-associated plastic flow that originates owing to the complex response of 1/2⟨111⟩ screw dislocations to an applied stress tensor.
To allow for an integrative approach, these criteria characterize the political, ecological, economic and technological performance of baseline approaches, and include environmental effectiveness, equity, transparency, cost effectiveness, economic attractiveness, data and method compatibility with existing standards and output accuracy.
We discuss Riemannian geometry concepts as a basis for suitable optimization criteria characterizing trajectories near slow attracting manifolds and thus provide insight into fundamental geometric properties of multiple time scale chemical kinetics.
Specifically, in the present work, from two asymptotic considerations, at high and low photodetachment laser irradiation energy E, and using the relevant physical hypothesis, a scalar parameter S is introduced as a quantitative criteria characterizing the threshold between unsaturated and saturated regimes present in the photo-excitation process.
