This communication aims to contribute to the diffusion of tools that could facilitate and improve analysis of communicative interactions in natural scholastic contexts.
Electron probe microanalysis was used to characterize nitride diffusion into the tool steel.
As a diffusion micro sampling tool, solid porous coating fibers can adsorb analytes from a sample by immersion or headspace extraction.
ADOPT (Adoption and Diffusion Outcome Prediction Tool) is the result of such an attempt, providing predictions of a practice's likely rate and peak level of adoption as well as estimating the importance of various factors influencing adoption.
We interpreted the collected verbatim and observations as potential barriers and facilitators for the diffusion of this tool.
We interpret the vector of coefficients in the linear combination as a metric determined by the state of tools' diffusion within and between organisations in 2006.
The model is coupled to a diffusion-trapping simulation tool and is used to interpret recent experiments involving high plasma flux exposures.
The approach is tested using data relating to the diffusion of Computer Numerically Controlled Machine tools within firms in the UK engineering and metalworking sectors.
Their findings provide the foundation for a more thorough examination of both intraorganizational diffusion of ICT tools as well as their impact on organizations.
If simulation considerably evolved, in the last years, in terms of speed, cost and diffusion of available tools, their utilization is still complicated by the managing a huge amount of hourly data.
