Sentence examples for distributions in space from inspiring English sources

CMS will study the numbers of particles produced (several thousand in the most energetic collisions) and their distributions in space.

Aerosol dynamics (AD) is the discipline that deals with changes in particle size distributions in space and time.

This is achieved by allowing and engineering the phase discontinuity distributions in space on the aperture using phase engineered all-dielectric reflectionless metasurfaces, in conjunction with free-space propagation.

The distributions in space of chemical species residing in the liquid phase are computed from the coupled species balances considering the mass transfer from bubbles and reactions between the species.

In particular the most used distributions in space engineering have been considered, i.e. Weibull, exponential, normal, lognormal, gamma, Gumbel, and they have been studied for three different kinds of space flights: non-relativistic, relativistic uniform linear motion and relativistic hyperbolic motion.

The lack of many kinds of data high-resolution topography andata high-resolutionhe coastopographyements of ice cover and thickness; distribathymetry spalongnd thee of the region's fish, birds, and marine mammals—is another.

The heat sources can exhibit different time-dependent signals, and can have any distribution in space.

In these models, the permeability distribution in space changes with precipitation-dissolution reactions over time.

They culminated with the analysis by the Dutch astronomer Jacobus Cornelius Kapteyn who, like William Herschel before him, used number counts of stars to study their distribution in space.

We first modelled the light distribution in space with the Monte Carlo algorithm (MonteCarloLight and LightHeatPlotter Matlab scripts), using Johansson's model (default).

The surface heat flux and its distribution in space and time is an important parameter in numerous engineering problems.