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                                       Details for article 22 of 28 found articles
 
 
  On Regge trajectories for ion-atom and atom-atom potentials
 
 
Title: On Regge trajectories for ion-atom and atom-atom potentials
Author: Connor, J. N. L.
Delos, J. B.
Carlson, C. E.
Appeared in: Molecular physics
Paging: Volume 31 (1976) nr. 4 pages 1181-1190
Year: 1976-04
Contents: Some properties of Regge trajectories for interatomic potentials of the Lennard-Jones type are considered. An exact differential equation for the trajectories is derived. An approximation similar to the rigid rotator and neglect of centrifugal distortion approximation allows this equation to be integrated and predicts a linear relation between Re (λn2) and the energy E. A semiclassical analysis complements the formal analysis and gives a physical interpretation to the integration constant Re Cn as well as to Im λn: Re Cn is related to the vibrational states of the potential and Im λn is related to the angle of rotation of the atoms about each other. A numerical example is presented for a Lennard-Jones (6, 4) potential, with parameters approximating low energy H+-Ar elastic scattering.
Publisher: Taylor & Francis
Source file: Elektronische Wetenschappelijke Tijdschriften
 
 

                             Details for article 22 of 28 found articles
 
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