Sentence examples for more complex diffusion from inspiring English sources

Several parametric models have been introduced for handling more complex diffusion patters such as mixtures of tensors [3 7], higher-order tensors [8], diffusion orientation transforms [9] and directional functions [10 12].

Surface geometry makes the adatoms jump alternately between two states in the same way in both systems, whereas dimers undergo more complex diffusion process that combines translational and rotational motion.

More complex diffusion microstructural models such as CHARMED (Composite Hindered and Restricted Model of Diffusion) or AxCaliber (Assaf et al., 2008) could indeed address the question of axonal diameters in patients with GTS with greater precision; nonetheless the clinical application of these models is restricted by a long duration of data acquisition, which is difficult for patients with tics.

The main improvement of the method is the use of a more complex exponential diffusion function multiplied by a standard used rule.

Diffusion MR imaging techniques are increasingly varied recently, from the simplest and most commonly used technique, the mapping of ADC values, to the more complex, such as diffusion tensor imaging, diffusion spectrum imaging, Q-ball imaging, and tractography [ 40].

Since monastic systems developed mainly in the Mediterranean monotheistic religions and in South Asia's theologically more complex situation, monastic diffusion into other parts of the world generally entailed modification of practices that began in these two historical core areas.

It may be necessary to invoke more complex models of O2 diffusion or metabolic gradients within the spheroid which affect the rate of binding.

Molecular size, shape, and charge may all markedly influence transscleral diffusion, as may conformability to a lesser degree, but their effects may be diametrically opposed in different molecules, and their influence on diffusion is more complex than previously thought.

Simple empirical or semi-empirical models such as the classical Higuchi equation and the so-called power law, as well as more complex mechanistic theories that consider diffusion, swelling and dissolution processes simultaneously are presented, and their advantages and limitations are discussed.

For this material the PERC structure also has only a slightly lower efficiency potential than a more complex structure with rear local diffusions.

The observed dynamics of the Bcd gradient in embryos exposed to a temperature step suggest that formation and maintenance of the Bcd gradient is more complex than predicted by production-diffusion-degradation models, and that the read-out of the Bcd gradient is more complex than determining positional information as a function of egg length.