Sentence examples for application diffusion from inspiring English sources

VGB, EMR, JRC, JAFG, ARV, JGL, RRM, CPT, AVM, JMPR, RMA, JAFG, MP, RMB, EBJ, MCS and LCC contributed to the study design, funding application, diffusion of the study, practitioner recruitment, study implementation and intervention development.

These include radionuclide imaging techniques such as single-photon emission computed tomography and positron emission tomography, as well as conventional magnetic resonance imaging (MRI) and its derived applications: diffusion tensor imaging, functional MRI (both blood-oxygen-level dependent and resting-state), and magnetic resonance spectroscopy [ 27].

Diffusion MRI data was acquired in 31 axial 500-μm slices, with the same orientation as for the previous T2*- and T2-weighted scans, using a 4-shot DTEPI sequence [repetition time, 7750 ms; echo time, 20 ms; time between the application of diffusion gradient pulses, 14 ms; diffusion gradient duration, 7 ms].

The application of diffusion gradients in several directions results in diffusion tensor imaging (DTI).

The leading clinical application of diffusion MRI has been in the study of acute brain ischaemia.

Since innovation is happening throughout the society and the application of diffusion & adoption theory is found in numerous spots.

One possibility of 7Li enrichment can be the application of diffusion and electric field assisted separation in liquids or gels.

The identification of anatomical circuits associated with a specific function can be better accomplished by the joint application of diffusion and functional MRI.

DTI is based on the application of diffusion gradients in at least six different directions in space, enabling the evaluation of the movement of water molecules in 3D and whether there is a dominant direction to diffusion restriction.

The rate of leached Cu (II) ions from the matrix of hydrated C3S was investigated by the application of diffusion equation derived for a plane source model.

In this regard, we review some of the current limitations and challenges in the application of diffusion imaging to address clinical questions, and discuss the great potential for future applications once these challenges are addressed.