Sentence examples for regional density from inspiring English sources

Then, these data were reduced to a regional density over a region of size 2 N by filtering the sequence of scores with a convolution filter, a weighted average of the scores at each base pair.

In either case it may be, the green light should depolarized the distal dendritic region to a certain level which is a function of the regional density of the ChRGR, the light power density at the region and the local input resistance.

The proportion of points of highest density that lay in regions of highest density (defined by the top quartile of regional density for each woman) at the left exit MLO screen was 0.91 (95% CI = 0.87, 0.94) for all women, and this also varied by PD group (P < 0.01; Table 3).

By demonstrating an antithetical pattern of parietal and frontal interaction in both intelligence-related structural networks, we speculate that there may be a more complex mechanism underlying intelligence that cannot be monolithically explained by increased or decreased GM regional density.

Maximum regional density did not differ between both restoration trajectories, but it increased with development of the herbaceous layer only at the secondary succession trajectory.

The presence of electric field promoted ionization of reactive gas, and magnetic field made these ionic gases bound to a certain area around the sample, increasing the regional density of plasma.

The observed in vivo distribution of the radiotracer in brain was rather uniform, and did not match with the known regional densities of nAChRs.

The results showed that the average regional densities of SOC, TC and TN were 68.2, 216.9 and 6.90 Mg ha− 1 in the 0 80 cm soil profile, respectively, and approximately 16%and31%1% were stored in the 0 10 and 0 20 cm layers, respectively.

In other words, this work investigated the influence of the information about the regional densities and the extent and quality of the awareness of interesting location on an activity plan of a citizen during a city wide event.

The goal of this study is to investigate the patterns of behavioral change of an urban population on the basis of information available about regional densities,  ICT enabled information dispersion, and activity-driven pedestrian mobility.

The simulation results revealed that socially-inspired information eco-systems have potential of influencing the urban mobility behavior due to the high quality of dispersed information (e.g. city's regional densities) in socially-inspired interaction.