Sentence examples for mechanisms for phase from inspiring English sources

The main mechanisms for phase separation are nucleation and growth mechanism and spinodal decomposition mechanism.

Nevertheless, by demonstrating that existing observations of population sequences can be explained by independent coding our model argues against mechanisms for phase precession that rely on synaptic coordination at theta time scales (e.g., Tsodyks et al., 1996; Maurer and McNaughton, 2007; Lisman and Redish, 2009).

In contrast, our model does not distinguish between specific single cell mechanisms for phase precession such as dual oscillators (Lengyel et al., 2003; Burgess et al., 2007), depolarizing ramps (Mehta et al., 2002), intrinsic membrane currents (Leung, 2011) or dual inputs from CA3 and entorhinal cortex (Chance, 2012).

Our independent coding model offers a comprehensive account of population activity in CA1 during theta states and makes new predictions for coordination of network dynamics and remapping at the population level, but it does not aim to distinguish cellular mechanisms for phase precession.

Finally we dissected the network to identify cis-elements that may indicate putative mechanisms for phase-specific transcriptional and post-transcriptional regulation of the fission yeast cell cycle.

A tentative mechanism for phase evolution based on exothermic reactions between various constituent powders has been proposed.

Specifically, a lower dimensional matrix representing the coupling structure is abstracted from the overall neuronal connectivity matrix of large dimension, so that the coupling matrix captures the essential mechanism for phase coordination of the oscillators.

While homogeneous nucleation is the dominant mechanism for phase separation to the solid polymer and LC droplets for the undoped device, heterogeneous nucleation is dominant for doped samples.

Like the driving voltage and the slope of the linear region, the new mechanism for phase separation – liquid-gel separation –caused a slow response time.

These mutations are a mechanism for phase variation, as they often control ON/OFF phenotypic switches.

These represent a novel mechanism for phase variation in which stochastic switching of simple sequence repeat tract lengths mediates changes in expressed protein sequence.