Sentence examples for dispersion of clouds from inspiring English sources

The researchers theorize that the variations resulted from cloudy weather, and they built computer models of brown dwarfs, using mathematical equations and knowledge of the makeup of brown dwarfs' atmospheres to account for the varying dispersion of clouds.

The substantial scale spatial dispersion of cloud cover based on synoptic meteorological data and the possible impact on satellite communication links at higher frequency bands was also investigated.

This paper details an approach for calibrating a new 36-l dust explosion vessel by analyzing the turbulent decay following transient dispersion of dust clouds using computation fluid dynamics (CFD).

The paper is concerned with the construction of a numerical method for the computation of the dispersion of a cloud of liquid droplets by a turbulent gas flow field.

The evaluation of atmospheric dispersion of a cloud, arising from a sudden release of flammable or toxic materials, is an essential tool for properly designing flares, vents and other safety devices and to quantify the potential risk related to the existing ones or arising from the various kinds of accidents which can occur in chemical plants.

The F1 is responsible for most of the dispersion of the cloud of points (Figure 1A).

The research reported herein provides an improved model for analyzing hazards associated with the dispersion of dense gas clouds and their interaction with local building wakes and/or topographic (terrain) features and contributes to providing a sophisticated method for the assessment of safety and security related to the transportation and geological storage of CO2.

This study presents the development of a new model named MSRED, which was designed to simulate the formation, rise, expansion, stabilisation and dispersion of rocket exhaust clouds for short-range assessment, using a three-dimensional semi-analytical solution of the advection diffusion equation based on the ADMM method.

The simulation includes modeling of the dispersion of the vapor cloud in the first section and modeling the resulting explosion based on the dispersion results.

The current article extends this model to combine the dispersion of a flammable cloud with its probability of ignition and the resulting physical effects such as overpressure.

Measurements of flammability and explosion parameters for dust/air mixtures require uniform dispersion of the dust cloud inside the test vessel.