M. Alkali Halide Crystals Containing Impurity Ions with the ns2 Ground-state Electronic Configuration. J. Phys. Chem. Solids 52(1), 35-67 (1991).JACOBS P W M. Alkali halide crystals containing impurity ions with the ns2 ground-state electronic[J]. J. Phys. Chem. Solids. 1991, 52:35-...
(a) Write the ground-state electron configuration for an arsenic atom, showing the number of electrons in each subshell. (b) Give one permissible set of four quantum numbers for each of the outermost electrons in a single As atom when it is in its ground state. ...
The formation of a ground-state dimer is due to the resonance of a π -electron among two of the same species; thus, two aromatic groups are assumed to be in parallel configuration within a distance of, at most, 0.35 nm. Figure 3.13 shows the fluorescence spectra of the ground-state ...
,rNe)) and, hence, the ground-state electron density (ρ(r)) is obtained from configuration interaction calculation. The inverse DFT calculation evaluates the exact exchange-correlation potential (vxc(r)) that yields the given ρ(r). The ability to accurately solve the inverse DFT problem, ...
As a result, this process induces the formation of the d8 state and the strong suppression of the d8L configuration. In addition, we point out at the expected difference between the theory (full charge transfer of one electron)20 and the experimental observation of less than one electron ...
state(Quantummechanics)ELECTRONrelaxationtimeWe report on the measurement of ground-state atomic polarization relaxation time of Rb vapor confined in five different hypocycloidal core-shape Kagome hollow-core photonic crystal fibers made with uncoated silica glass. We are able to distinguish between wall...
have a completely different electronic configuration compared to cuprates, i.e. they are not engendered by a (half-filled)d9Mott state but are potentially more complex ground states. However, the research landscape is intricating, with ongoing debates on whether superconductivity is bulk or filament...
is prone to miss the true ground state atomic arrangement, however. The chosen initial configuration, which is often initiated as a vacancy/substitution/interstitial on a known crystal site (Wyckoff position) and all other atoms retaining their typical lattice positions, may lie within a local mini...
the bright or dark character of the ground exciton in perovskites is the subject of continuing debate. The band-edge exciton of perovskites is formed with a hole (h) in an S-like state with angular momentumJh = 1/2 and an electron (e) in a spin-orbit split-off state with angular...
It should be noted that such a 65-keV M2 transition would be highly converted with a conversion coefficient which is defined as the ratio of the electron emission rate to the gamma emission rate αtot=2.69(4) [52]. If the ground-state spin was 1+, it would also allow the state to ...