Sentence examples for behavior of individual components from inspiring English sources
The pyrolysis behavior of individual components was described by the Avrami Erofeev equation.
Saturated soil column tests were conducted to observe the dissolution behavior of individual components (RDX, HMX, and TNT) from two HE formulations (Comp B and C4).
Many of the University's science initiatives are focused on a paradigm shift that characterizes some of the most exciting areas of science today a systems approach that allows understanding based upon not only the knowledge of the behavior of individual components, but in addition, how these components interact and fit into a larger structure.
Recent advances in technology provide opportunities to overcome the limitations of traditional methodologies: any new analytical platform for this purpose must (1) facilitate incorporation of human cellular components, while (2) resolving the behavior of individual components with (3) quick, practical, affordable, and reliable assays.
Mixture experiments showed that the dispersive behaviors of individual components in a groundwater contaminant mixture are coupled.
Modularity plays a fundamental role in the prediction of the behavior of a system from the behavior of its components, guaranteeing that the properties of individual components do not change upon interconnection.
The bottom up, decentralized control through individual agents adapting to their environment leads to emergent phenomena that is, behavior that cannot be observed at the level of individual components of the system.
By studying such compositionally simple systems, it is possible to isolate effects of individual components on the water solution behavior.
A CAS is called complex as it is composed of an extensive number of individual interacting components (agents) without any centralized control that generally cannot be derived from or reduced to the summation of the behavior of the individual components of the system as the aggregated behavior of the individuals is not linear.
Her current research is on understanding how the dynamics of individual components in a network interact and influence behavior in nonlinear systems with neuroscience applications.
Some composite structures exhibit synergy of multiple functionalities of the individual components, while in other cases they represent quantum coupling or unusual behavior that is contrary to nominal synergy or the proportional contribution of individual components.
