Electronic States
Calculating The Absorption Population And Maximum Quantum Number Of Electronic States Of Isotopic H 1F19 And H2F19 Of Hydrogen Fluoride Molecules
... of electronic transition X, A and B as a function of the temperature in the range of 10 to 1000 ...of electronic transitions X, A and B as a function of the temperature in the range from 10 to 1000 ...for ...
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Ab Initio Calculations of 27 Electronic States of the BP+ Ion Molecule
... moment have also been calculated. Twenty-three new electronic states have been investigated here for the first time. The comparison between the values of the present work and those available in the ...
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Theoretical Study of the Triplet Electronic States of the BP Molecule
... triplet electronic states of the molecule BP have been studied by using the state averaged Complete Active Space Self-Consistent Field (CASSCF) procedure [17] [18] followed by a Multireference Doubly and ...
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EFFECT OF LATTICE VIBRATIONS ON THE STRUCTURE OF ELECTRONIC STATES IN AMORPHOUS SILICON
... the states near the gap at zero temperature is discussed and especially the way the structure of the states changes for energies ranging from midgap into either band tail (Anderson ...that electronic ...
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Theoretical studies of the electronic states of large molecules
... If the rate is regarded as a function of the energy gap between the zero vibrati onal level s of the initial and final electronic states, the Laplace transform of t his fu nction can be [r] ...
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Theoretical Calculation of the Low Lying Electronic States of the Molecule BaS
... triplet electronic states of the molecule BaS using complete active space self-consistent field (CASSCF) procedure followed by a multireference configuration in- teraction (MRCI with Davidson correction) ...
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Theoretical Calculation of the Low Lying Electronic States of the Molecule PbO
... These points of the potential energy curves of a diatomic molecule are important in photochemistry. In fact, the avoided crossing regions are likely to be a leakage channels along which the molecules flow from the higher ...
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Theoretical Calculation of the Low Lying Electronic States of the Molecule ScSe
... quartet electronic states of ScSe molecule in the representation of 2s+1 Λ (+/−) have been calculated in term of the internuclear distance in the ranges ...quartet states are calculated in terms of ...
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DEFECT ELECTRONIC STATES IN BETA-CAROTENE AND LOWER HOMOLOGS
... Our assignment to a pair of charged solitons in this case rests first on the observation that the two bond-alternation defects (points where the dimerization crosses zero)[r] ...
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Stability of electronic states of the vacancy in diamond
... many-electron states in terms of the dangling-bond electron–electron interaction parameter, U and an exchange parameter J ¯ ...many-electron states of the same symmetry and spin, so a further calculation is ...
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Electronic States in Trans CoCl2(H2O)4 Complex
... 0 The remaining crystal-field parameters B20 and B4 were calculated from the eigenvalues of the matrix associated to HCFD4h and the observed bands at 8060 and 8330 cm–1 corresponding re[r] ...
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Electronic states at the interface of Ti-Si oxide on Si(100)
... The gate dielectric should have a low interface state den- sity, a low number of trapped charges, and a band alignment that presents an effective barrier to both electrons and holes. For instance, with a band gap of ⬃ ...
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Deep electronic states in ion implanted Si
... High resolution Laplace DLTS (LDLTS) [13] overcomes some of these problems, providing information on closely spaced electronic levels in the bandgap by recording and analysing capacitance transients which consist ...
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Electronic states of graphene grain boundaries
... We introduce a model for amorphous grain boundaries in graphene and find that stable structures can exist along the boundary that are responsible for local density of states enhancements both at zero and finite 共⬃ ...
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Electronic States in Disordered Topological Insulators
... the electronic transport within the energy gap is robust against impurity scattering; an electron on that chiral mode has no other eigenstates to scatter into but ...
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Electronic states of elongated PbSe/PbS Core/shell quantum dots
... elements, electronic structure, wave functions, and absorption cross-sections of PbSe/PbS core-shell QDs of increasing eccentricity, via independent elongation either along the x- or ...
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Defect symmetry influence on electronic transport of zigzag nanoribbons
... coupled electronic states supported by the wave func- tion ...the electronic transport calculations predict that it is more likely to be observed for asymmetric SW defects in the ZGNR, since these ...
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Computational studies of the properties of molecular dications
... dication electronic states above the highest predicted by calculation [53], In addition, underestimating the barrier width resulted in calculations on N22+ predicting that the predominant decay route for ...
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Optical sideband generation up to room temperature with mid-infrared quantum cascade lasers
... This results in a much larger nonlinearity when compared to a single resonance. A MIR QCL, however, has a more complex bandstructure than a simple three level system. Figure 1(b) shows the schematic of the resonant ...
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Modification of electronic surface states by graphene islands on Cu(111)
... unique electronic and physical properties have fueled investment for a variety of ...The electronic states of the (111) face of single crystal copper provide an additional opportunity to probe ...
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