Sentence examples for sectional density from inspiring English sources

Figure 4 shows the results from cross sectional density analysis from two RISE patients: Figure 4 Cross sectional density analysis performed on patient 1 patient 2 before ES treatment, after 1,5 years and after 3,5 years.

These features accord with Newton's approximation for impact depth, and the empirical design equation known as Young's equation that state that the deepest target penetration is achieved by a projectile that is dense, long and thin (i.e. has a large sectional density), and strikes with a high velocity.

The cross sectional density of each primitive f r, γ) is represented as a function of a position vector r and a vector of shape parameters γ.

Captain Claude-Étienne Minié, inspired by Delvigne's later work with cylindrical bullets, designed longer, smaller-diameter projectiles, which, having the same weight as larger round balls, possessed greater cross-sectional density and therefore retained their velocity better.

This is most likely due to the reason that the B-doped samples contain, on average, smaller Si NCs (average NC sizes measured by XRD (Figure 2): B-doped = 3.5 nm, P2O5-doped = 5 nm, undoped = 4.3 nm), which results in a higher cross-sectional density of NCs than samples with larger grains.

The cross-sectional density of CD31 positive structures was quantified per µm2 using a counter grid, while the blood vessel diameter was measured on longitudinal structures in "hotspot" areas from 10 (40×) high power fields (HPF) for each tumor.

The cross-sectional density of CD31 positive structures was quantified per mm2 using a counter grid, covering the viable tumor area.

Analysis of the cross-sectional density in the PHF core on electron micrographs indicates the presence of two C-shaped morphological units, which correspond to the two strands of PHF, each with three domains (Fig.  1k) [ 1].

Both repulsive potentials are capable of reproducing NF cross-sectional densities and their pair correlations.

This describes the way in which the cross sectional areal density of the material is distributed around its central axis.

Quantitative assessment of liver sections demonstrated a 68% reduction in cross-sectional granuloma density in Cd36 -/- mice (median 116 (range 46 to 124) vs 359 (239 to 489) granulomas/cm; p = 0.029; Figure 2G).