Sentence examples for multiple diffusion from inspiring English sources

Diffusion tensor imaging (DTI) characterizes the diffusion ellipsoid from multiple diffusion constant measurements along different directions.

The multiple diffusion paths are discovered and four ligand binding cavities are determined.

Data were acquired on the 3 T CONNECTOM MRI scanner with multiple diffusion times and multiple q-values per diffusion time, which is a dedicated acquisition for validation of microstructural imaging methods, such as compartment size and volume fraction mapping.

Together with the total sputter yield and grain orientation dependent variations of this value, these multiple diffusion paths lead to a higher roughness at higher temperatures.

Improved experimental design utilizing multiple diffusion periods or the length of the displacement encoding gradient pulses increases the information content of the diffusion experiment while new numerical and analytical methods allow for the accurate modeling of diffusion in complicated porous geometries.

Fig. 6 Distributed multiple diffusion source estimation using SNs with noiseless links.

Exploiting the nature of DTI that it is calculated from multiple diffusion-weighted images of each region, permutation testing, a non-parametric hypothesis testing technique, was modified for the analysis of serial DTI data and implemented for voxel-wise hypothesis tests of diffusion metric changes, as well as for suprathreshold cluster analysis to correct for multiple comparisons.

Diffusion measurements are obtained by applying multiple diffusion-sensitizing gradient MRI pulses to generate magnetization in water molecules.

The remaining images were averaged and the pixel intensities of the multiple diffusion-weighted images were then fitted to obtain the six elements of the symmetric diffusion tensor.

Diffusion tensor MRI (DTI), introduced in the mid 90s [ 8, 9], uses multiple diffusion-sensitive pulsed-gradient pairs with differing directions that provide characterization of the diffusion of proton-bearing molecules along three orthogonal directions in each voxel.

Using multiphoton fluorescence correlation spectroscopy (MP-FCS), we recently reported multiple diffusive mechanisms of fluorescent probes in dextran (multiple microviscosities experienced by the probe, analogous to multiple discrete diffusion coefficients) and proposed that the probe can be used as a reporter of nanostructuring of the environment (4).