Based on simulation experiments, important factors affecting demand for HN technologies are identified both consumer preference and the development of technological standards have a significant impact on the diffusion of HN technologies.
The integration of services and manufacturing through push and pull-effects, and the environmental policy transmission effect from manufacturing to services, generally do not seem to have a positive impact on the diffusion of environmental innovations.
Although the disbursed foreign grants could not counterbalance the dramatic drop in R&D expenditures in the NIS, they at least had a positive impact on the diffusion of new approaches and methodologies as well as standards and model practices (Le Gohebel et al. [2011]).
We also find that the mesoscopic properties of the interaction networks that the spatial distribution induces in the model have a significant impact on the diffusion of strategies, and can lead to new persistent regimes different from those found in previous research.
Elevating intracellular Ca2+ did not have a major impact on the diffusion of CaM complexes.
We find that PIP2-containing membranes have a stronger (relative) impact on the diffusion rate of the macroion, especially when the protein is fast D′ = 10, with the adsorbate being slowed down to D′bound = 3.4.
The impact of this diffusion on the overall contaminant transport depends on the duration of dry periods.
These results support the notion that silica sol gel formulations may be optimized for a given biological entity of interest with manageable impact to the diffusion of small ions and molecules.
