Sentence examples for moving dynamics from inspiring English sources

Furthermore, we visualized the movement of YFP-Kv1.2 puncta in different axonal regions, from the proximal (including axon initial segments) to distal (including axonal growth cones) segments of axons, and found no major difference in moving dynamics (Figure S1B,C).

Accordingly, moving agents' dynamics are used to learn the effects produced by force fields in the environment.

This method is then extended to the capture of freely moving body dynamics in a fluid/solid coupling approach.

The main accents in these investigations were in observations of appearance of the moving lines, dynamics of their displacements on the spectra, final stages when these lines vanished, and finding the general regularities between the spontaneous and induced events.

In this article, we present a robust optimal design methodology for run-to-run control to cope with batch processes subject to deterministic shifts of various magnitudes and stochastic disturbances with first-order autoregressive moving average dynamics.

The master equations for the model are examined, and we assess the difference between the implementation in which a single particle at a time moves (asynchronous dynamics) and one implementation in which all particles move simultaneously (synchronous dynamics).

Today India seems to have deployed another means of using sovereign reserves to support private firms, by lending dollars to its oil interests so that they need not sell rupees and buy dollars on their own.But it's important to note that these interventions move crisis dynamics ever-so-slightly toward what economies faced in the late 1990s.

"There had been so many moving parts and dynamics, we really bit off more than we could chew".

The communication course was also online, and was intended to resolve students' difficulties with moving to the dynamics of the final project that they had to develop to obtain their degree.

This paper deals with accuracy and reliability for the path tracking control of a four wheel mobile robot with a double-steering system when moving at high dynamics on a slippery surface.

To elucidate the main scientific issues and technical implications, recent research addressing the interplay between capillarity, moving boundaries, fluid dynamics, heat transfer, and phase change of micro-scale multiphase systems is reviewed.