Sentence examples for orbital spatial from inspiring English sources

With a directional accuracy of ∼ 2° the facility is an incisive probe of the directional characteristics of material in the Earth's neighbourhood and the orbital spatial distribution of inner solar system dust.

The molecular orbital energy levels, the molecular orbital spatial distributions and the electronic absorption spectra of the ZnPcB series molecules were compared with those of TT7 and TT8 to reveal the substituent effects of different donor and acceptor groups on the phthalocyanine compounds and select good sesitizer candidates.

The results obtained indicate that the antibacterial activity of the 3-aryloxazolidin-2-ones is strongly dependent on electronic factor as expressed by lowest unoccupied molecular orbital energy (LUMO), spatial factor as expressed by density and thermodynamic factors accounted for by molar refractivity and heat of formation.

Two different electronic ground states from density functional theory have been employed in the GW calculations: First, a closed-shell (CS) ground state where the spatial orbitals for alpha (spin up) and beta (spin down) electrons are identical, and second, a singlet open-shell (SOS) ground state employing a single determinant where the spatial orbitals for alpha and beta electrons may differ.

Rectification in single molecules can arise from electron transfer between molecular orbitals displaying asymmetric spatial charge distributions, akin to p-n junction diodes in semiconductors.

Different molecular orbitals have different spatial distribution of the electron density.

Due to its particular orbital characters, the GEO objects spatial distribution is very susceptible to local longitude regions.

For the recognized n-type carrier contributor, namely, VO defect, it induce spatial localization and orbital localization effects in electronic structures and thus enlarge m∗, which are caused by the large lattice distortion and complicated orbital wavefunction hybridizations.

This paper provides an orbital elements discretization method for deriving spatial density and flux using data sources whose orbital elements are known (e.g., two-line elements (TLE) data).

Complex responses of the Atlantic and Indian Oceans to orbital forcing and Northern Hemisphere glaciation drove spatial variations in lake levels, particularly in equatorial regions.

In particular, the small spatial separation enables strong orbital intermixing of AuIII and the pyrroles.