Sentence examples for distribution of the terminals from inspiring English sources

Each case comprises the number of terminals that will be rerouted to the femtocells, the mobility level of the terminals (in terms of m/s) and the distribution of the terminals within the area.

Table 3 depicts the previously aforementioned cases grouped by the number of terminals offloaded to femtocells and according to the distribution of the terminals within the macro BS area, that correspond to the aforementioned results in Figures 11, 12, and 13.

According to the second DIVA analysis seven New-Old World dispersals are required to explain the distribution of the terminals.

Our results are in line with previous studies showing a widespread innervation of neurons by single ChCs (DeFelipe et al. 1985; Somogyi et al. 1985; Li et al. 1992; Inan et al. 2013; Tai et al. 2014) and we have also extended these findings by providing additional data on the spatial distribution of the terminals (and hence innervated pyramidal cells) of individual ChCs.

The volume of distribution of the terminal phase of lapatinib is >2200 L, indicating good drug distribution.

The distribution of the terminal whole digit of blood pressure readings was found to be highly concentred: more than 50% of readings had zero as terminal digit.

For completeness analysis, the percentage of missing values for each variable was calculated; for reliability analysis, anthropometric (height, weight, waist and hip circumference) and blood pressure measurements were considered: the distribution of the terminal digit of recorded blood pressure readings and the percentage of equal consecutive readings were calculated [ 23].

Also for anthropometric measurements, the distributions of the terminal whole and decimal digits were concentrated on zero.

Sensory perception was assessed using cold (ethyl-chloride spray) spray on the skin in the lateral, frontal, medial side of the thigh and medial side of the leg corresponding to common distributions of the terminal branches of the femoral nerve.

However, the N-terminal SEL1L antibody cannot discriminate between p38 and p28, and the distribution of the N-terminal SEL1L immunoreactivity in the different subcellular compartments was similar in cell lines that express both p38 and p28, such as SKBr3, or only p38, such as KMS11.

The processes underlying the distribution of the different terminal enzymes are therefore central to our understanding of the evolution of ascorbate biosynthesis.