Sentence examples for mutually interacting from inspiring English sources

Konvalinka, I. & Roepstorff, A. The two-brain approach: how can mutually interacting brains teach us something about social interaction?

Koschorreck et al. [ 3] additionally discuss so-called all-or-none interactions which represent an important border case of mutually interacting processes.

In crystals of the complex 2, a 'sandwich-like' binuclear complex was formed by inter-molecular coordination of cesium cations to the thiacalixarene molecules and methanol molecules, mutually interacting by aromatic-H⋯S hydrogen bonding and alkali metal cation π interactions between the alkali metal cation and thiacalixarene aromatic rings outside of the cavities.

We have developed a method that recasts the time-propagation of dynamic, mutually interacting quantum-mechanical wavefunctions principally as the time-evolution of many classical particles.

A two-phase continuum description of reinforced soil structures is proposed in which the soil mass and the reinforcement network are treated as mutually interacting superposed media.

Some of the most challenging and interesting problems in nature involve large numbers of objects or particles mutually interacting through long-range forces.

The two layers mutually interact with a semantically annotated topological graph augmenting the cognition attributes of the integrated system.

Sandstone facies in the distributary and subaqueous distributary channels mutually interacted and stacked up to form dendritic-like sands.

However, few contributions in literature investigate the central issue of understanding how company implementation approaches can mutually interact and can determine the actual effects of PLM introduction.

The plastic deformation of micropillars is known to be affected by whether dislocations can escape easily from the material volume, and the extent to which the dislocations mutually interact during the deformation.

This study proposes a multi-tier interactive genetic algorithm (MIGA) which decomposes a complicated system (long series) into several small-scale sub-systems (sub-series) with GA applied to each sub-system and the multi-tier (key) information mutually interacts among individual sub-systems to find the optimal solution of long-term reservoir operation.