Sentence examples for quantitative diffusion from inspiring English sources

Quantitative diffusion tensor imaging (DTI) offers a valuable tool to probe the microstructural changes in neural tissues in vivo, where absolute quantitation accuracy and reproducibility are essential.

Our aim was to investigate the quantitative diffusion properties of the corpus callosum (CC), a major commissural bundle critical in inter-hemispheric connectivity, in a large group of patients with MCD.

In light of this evidence, we investigate in this paper the benefit of a dynamic pricing strategy for ERP systems vendors in a business network governed by a quantitative diffusion model.

Quantitative diffusion maps were measured using magnetization-prepared TurboFLASH as modified by Thomas and coworkers [ 35].

T1W, T2W, quantitative diffusion and dynamic MRI measurements were performed as previously described [ 11].

The extent of apoptosis in the hippocampus could not be related to quantitative diffusion data obtained with MRI.

To determine, in a meta-analysis, the diagnostic performance of quantitative diffusion-weighted (DW) MR imaging in patients with breast lesions.

Quantitative-diffusion-tensor MRI consists of deriving and displaying parameters that resemble histological or physiological stains, i.e., that characterize intrinsic features of tissue microstructure and microdynamics.

An alternative to non-quantitative diffusion-weighted SSFP imaging is the acquisition of diffusion-weighted images at two or more b-values in order to calculate the apparent diffusion coefficient as a quantitative measure of diffusion.

In order to quantitative calculate diffusion current and recombination current, respectively, Eq. 12 is further rewritten by taking into account the heterojunction diffusion model [29, 30]: J = frac{V}{{R_{text{sh}} }} + J_{text{r}} left{ {e^{{frac{{eV_{1} }}{{m_{{1{text{r}}}} KT}}}} - 1} right} + J_{text{d}} left{ {e^{{frac{{eV_{1} }}{{m_{{1{text{d}}}} KT}}}} - 1} right} (13).

These include factors that impede quantitative targeting: diffusion in complex media, aggregation and flocculation, hindered behavior of particles in confined spaces, jamming and dispersion in flow.