As future study, it would be interesting to divide the images into two categories (ones with sufficient spatial features and ones with only very few spatial features), and then search for the optimum parameters using the DE algorithm.
The spatial model also increased the estimate of dominance ( d ^ 2, Table 3) from a negligible range to a moderate one (0.31-0.41) with spatial partitioning of the residual variance.
As the transit process involves only the oesophageal cranio-caudal dimension (lateral motion is of no concern), the dynamic image data was condensed into a single image with one spatial dimension and one temporal dimension (vertical and horizontal respectively), allowing an easy calculation of the time-activity curves.
It is composed of 2 microscopes; one with a spatial sampling less or equal to 4 μm, working in 4 colors in the visible range: MicrOmega/VIS, and a NIR hyperspectral microscope working in the spectral range 0.9 4 μm with a spatial sampling of 20 μm per pixel: MicrOmega/IR (described in this paper).
Therefore one needs methods with spatial resolution better than 1Ǻ, and this is very difficult to achieve.
Applying dispersal curves with one spatial dimension to grids with two spatial dimensions makes inherent assumptions about the conceptualization of dispersal.
Furthermore, we extend the discussion on dispersion for (multi symplectic methods applied to PDEs with one spatial dimension, to include anisotropy when applying (multi symplectic methods to Maxwell's equations in two spatial dimensions.
In this case, thanks to the use of recent turnkey Raman systems, one can perform fast mapping with spatial resolution down to 300 nm.
It spans a region 0≥x≥−60, with one spatial unit corresponding to about 1.5R E and inner boundary at x GSM ≈−7.5R E. The configuration also included a net cross-tail magnetic field B y of ∼ 1 % of the lobe field strength, breaking exact mirror symmetry but having no significant effect on the evolution.
As explained above, this stimulus can be applied to compute a spatiotemporal receptive field with one spatial dimension (Fig. 1d).
