Sentence examples for mean diameters from from inspiring English sources

Solid squares represent the mean diameters from TEM analysis of ε-Co NPs reported by Ma et al. [20].

The micro-bubbles, which varied in their Sauter mean diameters from 32 to 40 μm depending on the gas velocity, were employed to measure their superior mass transfer properties, which are enhanced by the effects of self-compression and shrinking.

The hydrodynamic diameters are larger than the measured mean diameters from TEM analysis (i.e. 4 10 nm, see particle diameter control section below) because of the contribution of the chemisorbed surfactant (OA) on the particles surface, as well as coordinated solvent molecules.

Recombinant chemokines and IL-12 were from R&D Systems, pertussis toxin from Sigma; magnetic microbeads (anti-CD4, anti-CD19, anti-CD43, anti-CD62L, anti-CD90, anti-FITC multisort) were from Miltenyi-Biotech; and sulfate polystyrene latex microspheres of 5 µm±0.1 µmeanan diameters from Interfacial Dynamics.

A progressive decrease in the mean lengths from 12.5 microns to 7.5 microns and mean diameters from 0.33 micron to 0.23 micron was recorded 6 months after exposure to inhaled Kevlar fibrils.

In addition, the mean diameter from TEM measurements of 93 SWNTs is 1.319 nm, which is slightly smaller than that of AFM. Figure 2 a A representative AFM image of SWNTs at long oriented area; b the corresponding topographic height profile along the black line in part a; c diameter distribution of the SWNTs obtained from AFM measurements of 118 SWNTs.

In addition, the mean diameter from TEM measurements of 95 SWNTs is 1.264 nm, which is slightly smaller than that of AFM. Figure 4 a AFM image of Eu2O3 particles on substrate after thermal treatment at 900°C; b AFM image and height profile of the nanotubes growing from Eu2O3; c diameter distribution of the nanotubes based on AFM height measurement.

The measured mean diameter from SAXS, 13.76 nm, is still very close to the mean particle size measured by TEM, which indicates that most particles were present as primary particles along with the presence of a small number of agglomerates containing few particles.

For each log, we calculated mean diameter from the previously described seven measurements, and recorded log species (birch or spruce), presence/absence of branches and tops.

It was found that the size distribution of the liposomes was tunable over a mean diameter from 50 to 150 nm.

Silica (Aerosil OX-50) with a 50 nm mean diameter from transmission electron microscopy and nominally, 26 m/g specific surface area was a gift from Degussa (Degussa Co).