Exploring the reinforcing role of carbon nanotubes to obtain materials (polymers, metals, ceramics) with enhanced properties has been often attempted, but the success is strongly limited by the dispersing degree of carbon nanotubes.
Pollen-mediated gene flow, arising through hybridization, occurs at different distances depending on the crop's mode of pollination (wind, insect), the pollen's ability to disperse, and the degree of cross-pollination normally found in the crop.
For instance, in plants, all seeds disperse to some degree, but selection on traits like seed weight, plant height or specific dispersal structures (from fruits to wings; see Bonte et al. 2012) will eventually determine how long seeds can remain airborne, and as such how far they can be potentially spread (Cousens et al. 2008).
Such distribution is characterized by a high variance, or values highly dispersed, whereby the degree of uncertainty of the output in this case is of some importance.
At the time of the study, there were 120 full and part-time academic staff and 1676 full and part-time undergraduate students in the School of Health Sciences, University of South Australia dispersed across bachelor degree programs in physiotherapy, occupational therapy, podiatry, medical radiation and human movement.
An alternative algorithm is also investigated the advantage of this algorithm is its ability to generate poly-disperse microstructures, with a controllable degree of poly-dispersity and an almost fully isotropic mechanical response.
The yield and degree of dispersion of the disperse (dendritic) deposit have been found to increase with overpotential.
These studies have been for locations with geographically dispersed wind farms, some degree of dispatchable energy or hydropower with storage capacity, demand management, and interconnected to a large grid area enabling the export of electricity when needed.
Gupta et al. interpret their experience as indicating that, with geographically dispersed isolates, a higher degree of genomic similarity than is reliably provided by single-enzyme PFGE is necessary to improve specificity, thereby avoiding fruitless investigative efforts (1 ).
Results from tracer studies showed flow distribution in all reactors to be highly dispersed with varying degrees of dead space volume and short-circuiting in all pilot reactors, indicating that a percentage of the total reactor volume across all treatment systems was inactive.
