Sentence examples for modeling these fields from inspiring English sources

As it has been found from a comparison between GRIMM and a preliminary version of GRIMM-2, modeling these fields improves the fit to the data only marginally.

First, the local time separation between A and C is very small compared with the longitudinal spatial scales of the Sq and EEJ fields, and therefore the two satellites are redundant when modeling these fields.

Specifically, modeling in these fields makes possible the generation of new experimentally verifiable hypothesis, and new ways of biological intervention, as well as more or less mechanistic explanations of experimental results.

The robust estimation of SA is one of the main progress in core field modeling these last years.

In order to model these self-fields, the assumption of a homogeneous electron density profile has been made, n b r = n b = c o n s t. r ≤ r b 0 r > r b, (8 where n b is the number density of the electrons and r b is the beam radius.

Maxwell modelled the fields as if they were invisible fluids that filled space.

We revisit local and non-local controls on field scale soil moisture dynamics and discuss approaches to model these dynamics at the field scale.

Figure 14 shows a schematic model of these fields superimposed on the grand mean tonotopic maps from the current study using a model similar to models of macaque auditory cortex [13], [57].

Growth in plants frequently results in residual stresses and the compatibility of rod models with these fields is also discussed.

The CAT-1 fast track models (core and magnetosphere) are produced quickly in order to be useful to various scientific communities who require rapid (but not necessarily completely accurate) models of these fields.

One of the major findings was that there were too few female role models in these fields.