Sentence examples for particle direction from inspiring English sources

The Cerenkov radiation is emitted on a cone around the particle direction.

Scattering of Cerenkov light causes the loss of the peculiar angular distribution of the photons (on a cone around the particle direction).

The light is emitted on a cone around the particle direction, with a typical continuous spectrum proportional to the inverse wavelength squared.

The momentum of the particle is controlled by the inertia weight through weighting the contribution of the previous velocity, namely controlling how much memory of the previous particle direction will influence the new velocity.

They can be determined by looking at correlations in the particle directions when, for example, a Higgs boson decays into two particles called Z bosons, each of which then decays into two particles called muons.

The parameter values are determined by minimizing a χ2 function using the difference between particle directions reconstructed in these two subdetectors for e+e−→e+e− scattering events.

The collimation limit corresponds to the absence of spread in the particle directions, i.e. to ({vert{ mathbf {u}} vert} to1).

For two-dimensional, mono-energetic, linear particle beam problems, we describe an iterative domain decomposition algorithm based on overlapping decompositions of the set of particle directions and computationally demonstrate its rapid, grid independent convergence.

In order to facilitate PSC, a source generation code is developed to generate cumulative distribution functions (CDF) for the source particle sample code of the MCNP code, and a source particle sample code is developed to sample source particle directions, types, coordinates, energy and weights from the CDFs.

The velocity equation is solved for each particle, location, direction, and time step.

Here, θ is the angle between the particle incident direction and normal to the shell surface.