Sentence examples for behavior and interactions of from inspiring English sources
By "first-principles knowledge," Struss means understanding of the structure, behavior, and interactions of valves, pipes, sensors, and other auto parts.
Modeling the behavior and interactions of thousands of individually simulated vessels, the model is capable of capturing the complex dynamics of the maritime transportation system threatened by maritime piracy and allows assessing the potential of a range of piracy countermeasures.
We introduce a business process modeling method that is amenable to automatic analysis (simulation), yet powerful enough to capture the rich reality of business systems as enacted in the behavior and interactions of users.
The pristine, covalent, noncovalent and covalent-noncovalent doubly modified MWCNT systems were used to study the viscoelastic behavior and interactions of functionalized MWCNTs in the matrix above and below the glass transition temperature of the matrix.
Behavior and interactions of the system elements are described qualitative and quantitative.
Our simulation model is a representation of an SC system that includes social network users and the behavior and interactions of these users.
In relation to these decisions, economics is concerned with the behavior and interaction of individuals, private firms, and other institutions and government agencies.
Although nanomaterial toxicity within the GIT has been much less extensively studied than that at other interfaces or compartments, over the past decade a number of studies have begun to address the impact, behavior, and interaction of nanomaterials in the GIT.
More specifically, a better understanding is required of the potential changes in the dynamic behavior and interaction of the electricity and natural gas grids at or close to residential use sites (neighborhoods), where the small-scale DG infrastructure is likely to be located.
The adsorption behavior and interaction of 4-nitrophenol (4NP) with a novel designed nanoadsorbent were investigated and optimized by the batch technique, using a green chemical process via solvent free microwave-assisted coating of zirconium silicate with manganese dioxide nanoparticles (ZrSiO4 MnO2-NPs).
Understanding responses to these cues in vitro helps us in understanding the behavior and interaction of the cells with the 3D environment of the scaffolds, facilitating the application of these concepts to designing effective nerve guidance conduits for peripheral nerve regeneration.
