The electron momentum distributions and the Compton profiles (within the impulse approximation) of H2, LiH, methane, water, acetylene, ethylene, ethane cyclopropane and cyclobutane have been calculated using the floating spherical Gaussian orbital (FSGO) wavefunctions. The agreement of the single-FSGO Compton profiles with the corresponding experimental or the Hartree-Fock (HF-SCF) theoretical ones is fairly good in most of the cases examined. The advantages and drawbacks of using the FSGO model for the calculation of Compton profiles are discussed
The symmetrical part of the neon Compton profile, obtained by 25 keV electron scattering is compared...
Electron momentum distributions show a view of electronic structure that supplement the radial densi...
The symmetrical part of the neon Compton profile, obtained by 25 keV electron scattering is compared...
The electron momentum distributions and the Compton profiles (within the impulse approximation) of H...
Compton profiles (CP's) calculated from single- and double-gaussian versions of the floating spheric...
The scope of the quasiclassical procedure previously used by us for estimating atomic-electron momen...
Author Institution: Department of Chemistry, The Ohio State UniversityThe expressions necessary for ...
Author Institution: Department of Chemistry, The Ohio State UniversityThe expressions necessary for ...
15 pages, 14 figures, 1 tableInternational audienceWe present two possible approaches to calculate t...
15 pages, 14 figures, 1 tableInternational audienceWe present two possible approaches to calculate t...
15 pages, 14 figures, 1 tableInternational audienceWe present two possible approaches to calculate t...
The impulse Compton Profiles (CPs) J(q) and the $\langle {p^n}\rangle $ expectation values for some...
The binding energies and momentum profiles for each of the valence orbitals of CO and H₂S have been ...
The binding energies and momentum profiles for each of the valence orbitals of CO and H₂S have been ...
In Part 1, the history and current situation concerning the determination of electron momentum distr...
The symmetrical part of the neon Compton profile, obtained by 25 keV electron scattering is compared...
Electron momentum distributions show a view of electronic structure that supplement the radial densi...
The symmetrical part of the neon Compton profile, obtained by 25 keV electron scattering is compared...
The electron momentum distributions and the Compton profiles (within the impulse approximation) of H...
Compton profiles (CP's) calculated from single- and double-gaussian versions of the floating spheric...
The scope of the quasiclassical procedure previously used by us for estimating atomic-electron momen...
Author Institution: Department of Chemistry, The Ohio State UniversityThe expressions necessary for ...
Author Institution: Department of Chemistry, The Ohio State UniversityThe expressions necessary for ...
15 pages, 14 figures, 1 tableInternational audienceWe present two possible approaches to calculate t...
15 pages, 14 figures, 1 tableInternational audienceWe present two possible approaches to calculate t...
15 pages, 14 figures, 1 tableInternational audienceWe present two possible approaches to calculate t...
The impulse Compton Profiles (CPs) J(q) and the $\langle {p^n}\rangle $ expectation values for some...
The binding energies and momentum profiles for each of the valence orbitals of CO and H₂S have been ...
The binding energies and momentum profiles for each of the valence orbitals of CO and H₂S have been ...
In Part 1, the history and current situation concerning the determination of electron momentum distr...
The symmetrical part of the neon Compton profile, obtained by 25 keV electron scattering is compared...
Electron momentum distributions show a view of electronic structure that supplement the radial densi...
The symmetrical part of the neon Compton profile, obtained by 25 keV electron scattering is compared...