If we consider values for A calculated from Figure 6b, as listed in Table 2, samples 1, 2, and 4 all have the value of A larger than 2 and the ideality factor is as high as 3.72 for sample 1.
In the cases where the Pool Boiling Heat transfer (PBHT) or Critical Heat Flux (CHF) were considered, values from experiments representing a real and practical engineering application were recorded over the rest.
Therefore, in order to evaluate the biodistribution of magnetoliposomes, only those mice that demonstrated a protein concentration in exudates between 3.5 and 8.5 mg mL−1 as well as a similar volume of exudates for the animals induced with inflammation (2.6 ± 0.2 mL) were considered Values from 0.2 to 1.0 mg mL−1 are characteristic of an absence of inflammation.
Indeed, considering values from [8] as reference for mouse heart energetics, the measurement of the changes induced by any external effectors (e.g. hormone, pathology, etc) offers the possibility to access to internal regulations induced by this external effector on heart energetics (i.e. effects of decrease in oxygen availability in this study).
We considered values from 0.70 as suitable.
In H1, we consider values ranging from 0% up to about 100%, which means that in the least accurate case, a solution with a cost twice as high as its lower bound will already be accepted.
This is not surprising, because we now consider values far away from the regions relevant to inferential decisions (i.e. the distributions' tails).
In this paper, we consider value maximization from three increasingly comprehensive perspectives: artifact-, process-, and organization-focused. Based on this framework, we then identify five characteristics of common design processes, and explain and justify these characteristics in terms of value maximization.
For trimming, we considered values of departures from HWE HWDD values) exceeding the 99th percentile of chi-square (χ ≥ 6.6, df = 1) in the control group [ 14].
For clarity, Fig. 7 stops at B k =50 and Fig. 8 considers values of B k from 150 up to 200.
For the GM, we considered values of STT ranging from 0.01 to 1/e (ie, FM).
