Sentence examples for interaction of multiple elements from inspiring English sources

A prediction method for aerodynamic sound produced by the interaction of multiple elements in a low speed flow duct has been developed.

Network science has provided insights into general principles governing the interaction of multiple elements (or nodes) of a complex system, whether these nodes represent people, computers or proteins.

Synergy is the interaction of multiple elements in a system to produce an effect different from or greater than the sum of their individual effects [ 54].Synergism occurs when they are associated with drugs that act independently from one another and thus potentiate the activities [ 55].

The study indicates that the level and spectral distribution of the additional acoustic energy produced by the interactions of multiple elements can be predicted based on the measured data with respect to the interactions.

This method is applied based on statistical mechanics using the spin-glass model, a multi-body system consisting of multiple elements (named as spins) and their interaction with each other [ 95].

Scenes are complex and are composed of multiple elements.

RiCES also evaluates pairwise combinations of motifs in the preliminary candidate list (upper right-hand box in Fig. 1), in consideration of possible protein-protein interactions of multiple transcription elements binding cis-elements, as illustrated by experimental evidence [ 17, 18].

An interaction factor is finally defined as a result of a simple relationship between the sound power due to the interaction of multiple in-duct elements and that due to a single in-duct element.

Same as the previous works of Mak and Yang for two in-duct elements, the concept of partially coherent sound fields is adopted to formulate the sound powers produced by interaction of multiple in-duct elements at frequencies below and above the cut-on frequency of the lowest transverse duct mode.

The present study suggests that it is possible to predict the level and spectral distribution of the additional acoustic energy produced by the interaction of multiple in-duct elements.

A thermodynamic framework is presented to forecast the formation and stability of these premelting-like grain boundary complexions (a.k.a. interfacial "phases" that are thermodynamically two dimensional) in multicomponent alloys to consider the interactions of multiple alloying elements.