Electron density contours (O-002 XI) obtained from FSGO model warefuncticns are used to estunate "naturally partitioned" length (L,) and width <Wp). The quamity ,5.,/W, -1 is shoa n to be proportion& to experimental molecular anisotropy (K) of polarizability. Predicted ili'l mlues xe used to estimat
Electron Wavefunctions and Densities for Atoms
✍ Scribed by Maria Hoffmann-Ostenhof; Thomas Hoffmann-Ostenhof; Thomas Østergaard SØrensen
- Book ID
- 105740750
- Publisher
- Springer
- Year
- 2001
- Tongue
- English
- Weight
- 231 KB
- Volume
- 2
- Category
- Article
- ISSN
- 1424-0637
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📜 SIMILAR VOLUMES
The spherical average d R of the electronic extracule density E R is the < < probability density function of finding the center-of-mass radius r q r r2 of any two j k electrons j and k to be R. For a particular class of correlated wave functions which Ž . explicitly include r terms, a method is pres
The zero-flux surface criterion for partitioning the total molecular electron density is extended to deal with wavefunctions constructed directly from non-orthogonal orbitals. This topological analysis is used for total electron densities from spin-coupled wavefunctions to investigate the process of
## Abstract A new partitioning scheme for the electron density of a many‐electron wavefunction into single electron densities is proposed. These densities are based on the most probable arrangement of the electrons in an atom or molecule. Therefore, they contain information about the electron‐elect