Sentence examples for spatial scattering from inspiring English sources

While the former provides the physical basis for the generation of predictive results, the latter add efficiency to entire simulation process by enabling the use of analytical formulae to represent the spectral and spatial (scattering related) appearance attributes of sand.

The spatial scattering density GLRT.

Spatial scattering is modeled with a Gaussian distribution and temporal dispersion as an exponential random variable.

The network of ports is thus more sparsely connected than the network of cities, due to the spatial scattering of many port nodes being in fact associated to the same urban gateway.

Figure 2 shows the pΘ with different l for θ p = 0. Based on Von Mises model, point nulls which can be generated by CR networks are not sufficient enough for energy depression at directions of LU, because the power around the nulling direction may also leak into LU due to spatial scattering.

Anyhow, the modeling of the manifold can be useful also in this case, allowing a quantitative description of the spatial scattering of neurons.

A key element of the accelerator is a two-stage stop cylinder that reduces the spatial scatter of pellets exiting the acceleration arm below 6°, enabling the efficient collection of all fired pellets.

As an example of application, the model is embedded in a Monte-Carlo simulation to predict the statistics of crack widths due to spatial scatter of concrete tensile strength and bond strength.

Beekman et al. (2008) report that there is little difference in the spatial scatter in dances for nectar and nest sites by A. florea and that this similarity suggests that the honey bees' dance evolved as an adaptation for nest site recruitment first and subsequently for food resources.

The probe acquires spatial light scattering data from individual particles at throughput rates of several thousand particles per second.

This five-dimensional (three spatial, one scattering and one dimension to denote time/imposed state) approach enabled us to track the chemical evolution of many particles across the catalyst bed and relate these changes to the gas environment that the particles experience.