Sentence examples for compositional mechanisms from inspiring English sources

We understand it because we understand its component words and because we understand the compositional mechanisms through which words combine to form meaningful sentences.

The task was based on the visual presentation of written sentences in order to test the cortico-spinal excitability while subjects were reading the whole sentence (i.e. compositional mechanisms of language) instead of hearing the verb, as in [14].

Moreover, unlike a previous study using auditory presentation of single words [14], we used visual presentation of sentences that allowed us to test language processing at the sentence level and thus the effects of the compositional mechanisms of language more than the processing of the single verb [14].

For a while, modular fragments swirled in a pleasant haze, but once all the limos had arrived a stronger compositional mechanism took over, moving toward a culminating idea: a pattern of intervals contracting on both ends, from a tenth to an octave to a sixth to a fourth to a second.

Kinetic energy is derived from thermo-compositional convection of an electrically conducting fluid although mechanical mechanisms, such as libration and precession, may also drive core flow in smaller bodies (e.g., Le Bars et al. 2015).

For a given alloy composition, the decomposition mechanism is strongly temperature dependent, which would be expected for homogeneous precipitation via the compositional fluctuation-mediated mechanism but not necessarily for one based on classical nucleation theory.

One such challenge focuses on "inter-level" explanations in the form of compositional redescription and causal mechanisms (Wimsatt 1976).

This paper presents experimental evidence of homogeneous precipitation of the α-phase within the β matrix of a titanium alloy, and then accounts for this phase transformation by a new, non-classical mechanism involving compositional fluctuations, based on the pseudo-spinodal concept [1].

The formation mechanism (pore – composition dependence) and compositional homogeneity in the case of MBG materials are different from those in conventional BGs.

In summary, our study indicates that contrasting assembly mechanisms generate spatial compositional turnover in landscapes with contrasting soil conditions, which has significant implications for conservation and habitat restoration.

Furthermore, we support generation of realizations in Java, C++ and UML class diagrams utilizing annotative, compositional and transformational variability realization mechanisms.