More realistic FAC densities can be computed directly and uniquely from magnetic field measurements if synchronous, multi-point measurements spanning a two-dimensional area in space are available.
Therefore, the modified LJ model grants a more realistic evolution for dislocation density.
More realistic models of the density and better fits to observed data are possible by adjusting the coefficient in the equation so that minimal error is achieved in the analysis of named rock types.
By using relatively high initial abundances we ensured that the shift in dominance that we observed resulted from more realistic changes in the densities of species (e.g. due to release of nutrients when cells were increasingly inhibited at higher temperature fluctuations) or were due to differences in the rates at which species contribute to ecosystem functioning.
It is believed that Umf and Umb predicted based on the angle of repose and bulk densities are more realistic since the methods for the measurements of AOR and bulk density bear some degrees of "dynamic" aspects of the powders which are responsible for their fluidization behaviour.
To make the simulation more realistic, we differentiate both population density and mobility behavior in different age groups, to include the effect, that not all districts of a city have the same age-distribution.
Changing the two non-negative shape parameters, alpha and beta, to that of a more realistic but less conservative probability density function (e.g., alpha = 2 and beta = 5) did not affect the outcome.
This paper presents a new way of determining a more realistic SEGM by using existing mass-density information within the Earth, supplemented by simulated mass-density distributions within the upper mantle.
On the contrary, this study suggests that larger model systems simulated for longer periods of time may produce more accurate soot densities and a more realistic structure.
