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The measured ratios of the normal boundary motion to the lateral displacement of grains are in an excellent agreement with theoretical predictions.
The measured ratios of the normal to the lateral motion comply perfectly with the coupling factors of a recently proposed model of boundary motion.
Controls showed consistent SUV ratios of the normal pons: a mean SUVrp/c of 0.65 (±0.054) and a mean SUVrp/o of 0.51 (±0.056).
Future 18 F-FDG PET studies in DIPG may now compare SUVr and SUVrmax in DIPG to the here reported mean SUV ratios of the normal pons.
In this study, we showed that SUV ratios of the normal pons are independent of sex, pontine volume, and age, although we had an under-representation of the youngest children (<5 years) in the control group.
SUVrp/c and SUVrp/o showed normal Gaussian distributions as confirmed by histograms and QQ plots (Additional file 1: Figure S1). Figure 2 shows the SUV ratios of the normal pons.
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As a result, after normalization, the log2 intensity ratios of the normals will generally be closer to zero and better reflect the biological reality.
Also, a general model of normal forces was proposed using the ratio of the normal force to cutting force.
The simulated mean value of the ratio of the normal second-order moment in the axial direction to the normal second-order moment in the lateral direction is in the range of 2.5 3.2 in the spout and the annulus.
Here we demonstrate a unique loading fixture that allows one not only to control the locations of shear band formation and shear fracture but also to alter the ratio of the normal to shear stress on the fracture plane.
Small-angle X-ray scattering (SAXS) showed that the intensity ratio of the normal to the perpendicular to the shear (V/H) was always larger than 1 for PP-3, indicating that shish-like structures were predominately formed and further growth to kebab was suppressed in PP-3.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com