Proper loading pattern of fuel assemblies (FAs) depends on both neutronic and thermal hydraulic aspects; obtaining optimal arrangement of fuel assemblies, FA, in a core to meet special objective functions is a complex problem.
The means and standard deviations of good answers as well as the error percentages for each SC aspect obtained for both groups are presented in Table 3.
Here we assume that the sampling intervals in time and in space are bounded; the third aspect obtains simple and less conservative anti-synchronization criteria by using the drive-response concept, extended Wirtinger's inequality and technical estimations.
Qualitative data on the characteristics of clients and counselors that focused on honesty and trust aspects were obtained.
Besides the methodological aspects, the obtained analytical results and relevant performance characteristics (e.g. measuring range, limit of detection, repeatability, reproducibility, trueness, and expanded uncertainty of measurement) are determined and discussed.
Information on these aspects was obtained for each flock by a direct interview with a farm representative.
Hue and saturation, which are fundamental color aspects, were obtained by deriving the spherical coordinates θ, φ, and r of the color vector {x, y, z} (see Figure 1 in [51]).
Approval for the study protocol for both scientific and ethical aspects was obtained from the Committee for Clinical Research of Hospital Clínico Universitario, Valladolid, Spain.
