Sentence examples for microscopic dispersion from inspiring English sources

The test time required to evaluate an image with a pixel resolution of 1024 × 1024 pixel in GPU mode is approximately 0.04 s, which means the method based on a Faster R-CNN has the capacity of a quasi-real-time autonomous dispersion evaluation in GPU mode to replace a human-assisted microscopic dispersion evaluation in OP images.

For periodically inhomogeneous media, a generalized theory of elastodynamic homogenization is proposed so that even the long-wavelength and low-frequency asymptotic expansions of the resulting effective (or macroscopic) motion equation can, approximately but simultaneously, capture all the acoustic and some of the optical branches of the microscopic dispersion curve.

It is found that the nodal change of particle concentration of microscopic polystyrene latex dispersions is well predicted by the present theory, independently of the particle size, the sound frequency and the energy density of sound.

Microscopic analysis showed fine dispersion of MWCNT within low viscosity PA6s due to domination of melt infiltration into MWCNT agglomerate at low viscosity matrices with linear structure.

We discuss how the kinematics of steady 3D flow at the pore scale generate chaotic advection involving exponential stretching and folding of fluid elements the mechanisms by which it arises and implications of microscopic chaos for macroscopic dispersion and mixing.

Electron microscopic observation of the dispersion liquid revealed the existence of unilamellar vesicles having diameters of 10 to 150 nm [12].

The formulated vaccine was characterized as follows: conductivity (25°C) was about 0.1 µs, viscosity (25°C) about 15 mPas and microscopic appearance was homogeneous dispersion of small and regular droplets (about 1 µm in diameter).

Here, we introduce quantitative phase spectroscopy (QPS) as a method of investigating spatially-resolved dispersion in microscopic samples.

CBE 523 Colloidal Dispersions II An exploration of the connection between macroscopic behavior of dispersions and microscopic forces; forces induced by grafted, adsorbing, and nonadsorbing polymer; equilibrium phase behavior; hindered sedimentation and transient settling processes; diffusion and photon correlation spectroscopy; and rheology of concentrated dispersions.

Electron microscopic images show the high dispersion of metallic nanoparticles on graphene sheets.

Microscopic results indicated that the dispersion of nHA and fucoidan in the chitosan matrix was uniform with a pore size of 10 400 μm.