The generalized level differentiates it from other tools, since it shows both the overall network structure and fine-grain visualization in the most detailed level, automatically placing semantically similar metabolites next to each other.
Detailed results of the tomographic analysis performed on the deepest sample (667 m) from Blake Ridge are presented as 2-D and 3-D images which show several mineral constituents, the internal grain/pore microstructure, and, following segmentation into pore and grain space, a visualization of the connecting pathways through the pore-space of the sediment.
An orange/yellow colour was chosen for the whole grains to help visualization.
The visualization of diffusion paths along grain boundaries and the determination of the decrease of tracer concentration with depth are possible from the overview image.
It has proven useful in plant studies for the visualization and distribution of starch grains (Crumpton-Taylor et al., 2012) and pollen anatomy (House and Balkwill, 2013).
The simultaneous visualization of the crack with the surrounding grain structure allows one to correlate irregularities in the crack front shape with the local microstructure of the material.
The visualization of crystallographic features showed that the prior austenite grain size has a significant effect on bainitic variant selection, which governed the effective grain size and crack propagation mechanism.
For visualization of in situ hybridization signals, autoradiographic silver grains in the darkfield image were selected, colored red and superimposed onto the brightfield image.
For possible mega-environment delineation and GxE visualization a genotype-genotype-by-environment (GGE) analysis was conducted for grain yield across all –P and + P sites using only grain yield data from the 8 common genotypes [ 57].
Al-Sharji et al. (2001) presented a visualization study showing the built-up of cationic polyacrylamide polymer layers on the grain crevices in water-wet models.
Visualization of non-aggregated inorganic nanoparticles is possible only for resins: their grains can be crushed relatively easy down to size, which allows us to obtain TEM images.
