A major advantage of the technique is that results may be obtained with the dominant effects of orbital flows simultaneously modeled.
In 2006, the International Astronomical Union decided upon a definition of a "planet --defined as a round object, orbiting the sun that is gravitationally dominant within its own orbital zone.
From the analysis of the spin-polarized total and partial DOS, it is seen that the magnetic moments are well localized at the TM atom site, and the d xy and (d_{x^{2}-y^{2}phantom {dot {i}!}}) orbitals are dominant for the contribution to the partial DOS.
Margot said the definition worked because it relied on dynamics and dominance: "A planet has to be able to clear its orbital zone" – be the dominant player in its neighborhood – "and if you look at that aspect in the solar system there are eight bodies that can very clearly do that.
Climate has been controlled by orbital forcing with a dominant precessional cycle of 23,000 years driving hydrological changes that have had dramatic impacts on lake levels.
In manganese perovskites, the dominant interactions between the d-like orbitals at neighboring Mn atoms are the (180˚-Φ) Mn O Mn interactions.
Several years before the IAU definition, he used orbital characteristics to separate "überplanets" (the dominant eight) from "unterplanets" (the dwarf planets), considering both types "planets".
The dominant acceptor (Fe O bond of XFO) serves as the main d-orbital defect, increasing in the density of acceptor state by capturing one electron of O2− anions (BFO).
The studies gave an insight into the dominant role played by electronic properties like energy of the lowest unoccupied molecular orbital (ELUMO) and dipole moment (dipole) in modulating the anti-inflammatory activity.
Isotope analysis shows the dominant periodicity of the climate response to be around 100,000 years, but the orbital forcing at this period is small.
