Sentence examples for dispersed behavior from inspiring English sources

Perhaps one of the reasons for limited study in this area is the difficulty of observing geographically dispersed behavior in the immediate aftermath of a terrorist attack.

TEM was used to observe the dispersed behavior of the LDHs nanolayers, and the LDHs nanolayers were exfoliated and well dispersed in these nanocomposites.

Relative to the case with correct perceptions, assortativity neglect generates two mutually reinforcing departures: A "false consensus effect," whereby agents' perceptions of average characteristics in the population are increasing in their own type; and more "dispersed" behavior in society, which adversely affects welfare due to increased miscoordination.

This hypothesis of longer inspection times in CP is consistent with previous studies of an increase in reaction times [27], [33], and reports of a more pronounced deficit under tachystocopic presentation in acquired prosopagnosia [73], [74], dispersed gaze behavior in CP [42], and a face specific increase in the recruitment of frontal-areas in CPs compared to controls [54].

The obtained PANINTs displayed not only nanofibrous structure but owned an unusual dispersing behavior in toluene.

Dispersed phase droplet behavior research is very important for the design and scaling up of extraction columns.

For example if there is strong selection for dispersal (e.g. due to high levels of kin competition: [ 1] or habitat instability: [ 40]; reviewed in [ 39]), then both social and asocial strains should disperse and behaviors that allow social strains to find or create social groups after dispersal would be favored.

We found that these LIS were dispersed in the behaviors of staff members within and across the case study NHs, irrespective of staff members' demographics, role, or tenure in the NH.

The hydrodynamic behavior of dispersed gas solid flow is simulated for an industrial-scale Fluid Catalytic Cracking (FCC) riser using the multi-fluid approach, with complementary information from the Kinetic Theory of Granular Flow (KTGF) for the transport coefficients of the solid phase.

The results of the front tracking model are used to obtain coefficients for the drag, virtual mass and lift forces that are required in the Euler Lagrange model used to study the behavior of dispersed gas liquid flow on a larger scale.

The variability in composition, morphology and purity of NMs due to the developing methods of production, their dynamic behavior once dispersed in the workplace (e.g. agglomeration, aggregation, interaction with other airborne particles) and the large number of parameters required for their complete characterization, make NM exposure assessment a challenging issue [ 78, 91].