Sentence examples for thickness development from inspiring English sources

To assess the extent to which playing a musical instrument is associated with cortical thickness development among healthy youths.

The special attention given for motor case with 2 mm shell thickness, development of a slow burn rate propellant, ignition strategies for the slow burn rate propellant, stable burning of the low burn rate propellant and flow separation related issues for ground test are highlighted.

Recent longitudinal magnetic resonance imaging (MRI) investigations have demonstrated the dynamic nature of cortical thickness development during childhood and early adulthood (Shaw et al. 2008).

A previous longitudinal study of the cortical thickness development of young healthy children found that the maximum rate of GM gain was located in the superior temporal lobes and dorsolateral prefrontal cortices (Sowell et al. 2004).

As the present results demonstrate that cells with higher charge storage capacities but with the same cell resistance can be obtained by increasing the electrode thickness, the development of paper based energy storage devices is facilitated.

Membrane performance may be enhanced via improved film quality, reduced thickness, the development of new materials which are compatible with the SLIP process, and a modeling effort to understand the underlying transport phenomena within the membrane material.

Increased macular retinal thickness and development of epiretinal membranes may be associated with performed vitrectomy or endophthalmitis itself.

Previous findings that FGFR signaling regulates myelin thickness in development [ 39] raise the possibility that FGFs may participate in the regulation of this aspect of remyelination.

The VDR would therefore appear to be related to both Breslow thickness and development of metastasis, but the effect on metastasis is at least partially independent of tumour thickness.

(iii) Microanatomy and histology of serial polished sections of SIPB R 54/1 The eight serial polished sections of the N. mirabilis femur SIPB R 54/1 reveal variation in cortex thickness and development of trabecular bone from the midshaft region towards the proximal and distal ends.

We also present results of simple 2D and 3D stretching experiments highlighting the importance of 3D flexural effects and the assumed variable elastic thickness on the development of a passive margin and its thermal evolution.