Sentence examples for annulus density from inspiring English sources

The formation of these annulus density structures is possibly explained by impacts and crater excavations (Melosh et al. 2013; Montesi 2013).

The density difference as well as the distance of an ejection could be the reason behind the annulus density structures in this area.

As the density distribution of the Mare Smythii we extracted through inversion showed some annulus density structures in the shallow stratums and these annulus density structures had the mascon center as the origin point, therefore we infer that there are significant density changes occurred from inside to outside.

This finding was confirmed by quantitative histomorphometric cell counts, which showed no differences in ventral annulus cell densities (WT mice, 2,990 cells/mm2 ± 353 (n = 4) versus TSP-2-null mice, 2,708 ± 192 (n = 4)).

Open image in new window Fig. 17 Cutting precipitation in the annulus versus drilling mud density.

Open image in new window Fig. 16 Pressure drop of the fluid in the annulus versus drilling mud density.

Motion stimuli consisted of 200 white dots (0.2 degree radius) on a black background in a 1° 10° annulus with a dot density of 16.7 dots per deg2 and dot speed of 12 deg/s.

A Movshon/Newsome-type motion algorithm [17] was employed with white dots (0.2 degree radius) in a 1° 10° annulus with a dot density of 16.7 dots per deg2/s and dot speed of 12 deg/s.

A random dot kinematogram (RDK) motion stimulus [16] was employed with white dots (0.2° diameter) in a 1° 15° annulus with a dot density of 16.7 dots per deg2/s and dot speed of 12 deg/s and in which 3 dot-movies are interleaved.

This indicates that cutting transport in the annulus enhances as velocity, mud density, viscosity and rotation of drill pipe increase.

Among the eight mGluR subtypes, mGluR1 and mGluR5 (group-I mGluRs) are localized in an annulus that circumscribes the postsynaptic density (PSD) [1].