Sentence examples for wall density of from inspiring English sources

The carbon wall density of the double- and multi-walled nanotubes reaches 4.8 × 1012 cm−2, with a 40% volume occupancy and a mass density of ∼0.4 g cm−3.

Membrane structure parameters (radius of a membrane pore and the pore wall density of fixed charge sites) which are needed to obtain a model solution are determined from experimental membrane porosities and X-ray diffraction data in the literature.

In Fig. 2a a surface is shown prior to Fe deposition with an average domain wall density of 14 ± 1 × 10−2nm−1 while after Fe deposition (0.28 ML at 400°C), the average density has significantly increased to 33 ± 2 × 10−2nm−1 (Fig. 2b).

The results are presented in Fig. 2c, where the island density after Fe deposition is plotted as a function of the domain wall density on the surface prior to deposition.

The interconnects consist of carbon nanotubes bundles with wall density ≈1013 cm−2, wire lengths of tens of micrometers and wire diameters scalable to 50 nm.

Wall density (ρw) and Modulus of Elasticity measured by fixed load deflection using Panter machine (Ep) have moderate correlation with apparent and true modulus of elasticity (Eapp, Etrue) and Modulus of Rupture (MOR).

Both the 90° domain wall density and the area dimension of area dimension domain wall are considered as important factors that greatly influence the d33 value.

11 Carotid duplex ultrasound echobrightness, assessed as a measure of arterial wall density, was significantly greater than age- and sex-matched controls in the intima media, near adventitia, and deep adventitia, as was internal carotid artery mean flow velocity.

These findings confirm an important role for the extensin network in the regulation of primary cell wall density, and demonstrate that extensin effects on wall hydration are sensitive to matrix charge.

a Thickening of the gastric wall, high density of fat around the gastric wall (arrow), and perigastric lymphadenopathy (arrowhead).

As supported by EM observations of concomitant changes in wall width, the resultant increase in wall density must occur with a significant decrease in polymer separation, with consequences to matrix pore size, polymer mobility and overall wall rigidity.