Sentence examples for material normalized from inspiring English sources
In particular, the excess energy of a nanoparticles relative to that of the bulk material (normalized by the surface area) is defined as the surface energy (usually in J m-2).
Similar group differences in segregation were seen in the 80-region analysis (Supplementary material) Normalized average path length showed significant increases in Huntington's disease participants versus controls (P = 0.0004) and manifest versus premanifest Huntington's disease participants (P = 0.0032) (Fig. 3C).
The comparison of the propagation length (along the interface) and the penetration (into the conducting material) normalized to the free space wavelength of light is shown in Fig. 3. Fig. 3 Comparison of normalized propagation length (top) and material confinement (bottom) of SPP on selected semiconductors and noble metals.
The minimal material volume (normalized) is also given in closed form by a simple function of ρ and q, namely, V= q ρ-1/q-ρ1/q).
The plasticity model was considered in the form of taking into account the Lode dependence for investigated material, through normalized third invariant of deviatoric stress tensor.
Lysates were centrifuged at 10,000 g for 15 min at 4°C to remove insoluble material and normalized for protein content.
Based on a study of 25 different types of materials, the normalized undrained shear strength of clay shales was found to correlate satisfactorily with overconsolidation ratio following the SHANSEP (Stress History and Normalized Soil Engineering Properties) normalization procedure for clays.
The current density of the non-porous bio-anodes, except for the uncoated titanium anode, was comparable to the reported current densities of porous materials when normalized to the projected surface area.
The level of measured materials was normalized to the level of β-actin.
Table 10 lists the normalized material ratings for this biomaterials selection problem.
For this purpose, a new parameter of surface topography is defined as the normalized material volume displaced around the nominal contact zone, calculated by integration of the local residual height (positive or negative) over a centered circular ring.
