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Full-Text Articles in Physical Sciences and Mathematics
Dipole Moments In Thomas-Fermi-Dirac And Thomas-Fermi Theories., Jerry Goodisman
Dipole Moments In Thomas-Fermi-Dirac And Thomas-Fermi Theories., Jerry Goodisman
Chemistry - All Scholarship
It is shown that the electronic contribution to the dipole moment, calculated from a solution to the Thomas—Fermi—Dirac or Thomas—Fermi equations, should be equal and opposite to the nuclear contribution. Thus, the Thomas—Fermi—Dirac and Thomas—Fermi theories predict vanishing dipole moments for all molecular systems.
The Interpretation Of Lanthanide-Induced Shifts In 1h Nuclear Magnetic Resonance Spectra, Jerry Goodisman, R. S. Matthews
The Interpretation Of Lanthanide-Induced Shifts In 1h Nuclear Magnetic Resonance Spectra, Jerry Goodisman, R. S. Matthews
Chemistry - All Scholarship
Owing to the present accuracy of the data and various other factors, it is easy to obtain agreement with experimental results for lanthanide-induced shifts in 1H n.m.r. spectra; some considerations in the formulation of such models which have been ignored previously are discussed.