Sentence examples similar to spherical particle assembly from inspiring English sources
Magnetization measurement and Mössbauer spectrum indicate that these particles are nearly superparamagnetic at room temperature, which confirms that these spherical particles are assembly of small monodispersed Fe3O4nanoparticles.
So, the nearly superparamagnetic behaviors of Fe3O4 spherical nanoporous particles in Mössbauer spectrum and magnetization measurements at room temperature further confirm that these spherical particles are assemblies of small primary Fe3O4 nanoparticles. Figure 5 Room-temperature Mössbauer spectrum of Fe3O4spherical nanoporous particles.
The degree of assembly was assessed by rendering a (hypothetical) spherical particle and measuring the arc angle of the nascent Gag layer.
Transmission electron microscopy demonstrated spherical particle morphology.
Identification of a low density lipoprotein-like apolipoprotein J-rich but E-poor spherical particle.
Different single particle morphologies such as stars or rods have been proposed to achieve higher SERS intensities than those produced by spherical particles without using complicated assembly processes or producing inhomogeneous aggregates.
The low R g / R h value for the scFv-A192 (<0.7 for polymeric micelles) is consistent with the assembly of spherical particles with a densely packed core.
The role of particle size heterogeneity on micro- and macromechanical properties of assemblies of spherical particles was studied using DEM simulations.
The nanocubes underwent oriented self-assembly into spherical particles, enhanced by the surface-adsorbed polymer molecules.
Self-assembly of spherical particles to non-close-packed (ncp) structure provides an important pathway to large-scale placement of nanoscale or microscale particles with a variety of spatial configuration and varying lattice parameters.
In the present work an attempt is made to investigate the sensitivity of the stresses in an assembly of cohesive spherical particles to the strain rate in ball indentation using the Distinct Element Method.
