Sentence examples for representations of particles from inspiring English sources

When Lisi finished graduate school, he wanted to work on spinor fields, mathematical representations of particles like electrons, which had conventionally been expressed algebraically but Lisi thought might plausibly be expressed in more geometric terms.

Implications for accuracy of 3D digitised representations of particles are highlighted and its relevance to predictions of 3D particle packing based on the digitised data.

The problem-solving tools that he invented including pictorial representations of particle interactions known as Feynman diagrams permeated many areas of theoretical physics in the second half of the 20th century.

In particular, the inaccuracies in the representation of particles of known shapes as digitised particles under different resolutions due to loss of information at the particle boundary are quantified.

Fig. 2 Concurrent representation of particle size distributions of scraped silica.

Problems involving the spatial expansion of dynamic plasmas can result in statistical under representation of particle distributions in critical regions.

The representation of particle shape using traditional descriptors such as aspect ratio and latent descriptors using principal component analysis and Fourier descriptors are also reviewed.

The major features that distinguish ESyS-Particle from other DEM codes are the explicit representation of particle orientations using unit quaternion, complete interactions, and a new way of decomposing relative rotations between two rigid bodies (Wang et al. 2006).

A graphical representation of particle size distribution of freshly prepared griseofulvin loaded NANE (Fig. 6) shows a broader globule size distribution and globule size intensity ranges from 5.59 to 33.63 nm.

The mathematical representation of particle transport in the airflow within the pulmonary system is of interest in a wide range of fields: from inhalation toxicology to infectious disease proliferation to drug delivery.

Instead, we use the smallest position value (SPV) rule to determine the sequence implied by the position values x ij t Open image in new window of particle X i t Open image in new window.Table 6 illustrates the solution representation of particle X i t Open image in new window for the FMS loading problem together with its corresponding velocity and sequence.