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Potential-energy curves for the stable Rydberg states of He2, constructed using RKR procedures, are presented and discussed. The presentation is essentially complete for all states lying below approximately 0.8 eV of N =0, v=O of X2Σu + (He2+), while the relative positions of the molecular and separated-atom term manifolds are probably within 0.03-0.04 eV. Whenever possible, the RKR results are compared with theoretically computed potential energies
New potential energy surfaces (PES) have been constructed for H2+-He using a reproducing kernel Hilb...
<div><p>More than 80 excited electronic states of the hydrohelium ion HeH<sup>+</sup> of <sup>1, 3</...
Based on the algebraic method (AM) and the energy consistent method (ECM), an AM-ECM proto...
Potential-energy curves for the stable Rydberg states of He2, constructed using RKR procedures, are ...
A brief discussion of a program for evaluating the integrals which appear in the Rydberg—Klein—Rees ...
Uncertainties in potential curves determined by the Rydberg—Klein—Rees (RKR) method which result fro...
Author Institution: Air Force Cambridge Research Laboratories, L. G. Hanscom FieldThe potential ener...
Rydberg states are studied for H$_{2}$, Li$_{2}$, HeH, LiH and BeH using the multi-reference configu...
<p><strong>Figure 1.</strong> Potential energy curves of the ground state and first two excited stat...
The UK molecular R-matrix codes are used to study electron collisions with the He+2 molecular ion. ...
Potential energy curves for the Chi (sup 1) Epsilon (sup plus), alpha (sup 3) II (sub r), alpha prim...
Author Institution: Institute for Molecular Physics, University of Maryland“A detailed investigation...
The low-lying excited states of He_2 have been examined using spatially projected generalized-valen...
<p><strong>Figure 4.</strong> Calculated potential energy curves for the \rm ^1\Sigma ^+_g symmetry....
Author Institution: Department of Chemistry, Yale UniversityIt is shown that the peak positions of t...
New potential energy surfaces (PES) have been constructed for H2+-He using a reproducing kernel Hilb...
<div><p>More than 80 excited electronic states of the hydrohelium ion HeH<sup>+</sup> of <sup>1, 3</...
Based on the algebraic method (AM) and the energy consistent method (ECM), an AM-ECM proto...
Potential-energy curves for the stable Rydberg states of He2, constructed using RKR procedures, are ...
A brief discussion of a program for evaluating the integrals which appear in the Rydberg—Klein—Rees ...
Uncertainties in potential curves determined by the Rydberg—Klein—Rees (RKR) method which result fro...
Author Institution: Air Force Cambridge Research Laboratories, L. G. Hanscom FieldThe potential ener...
Rydberg states are studied for H$_{2}$, Li$_{2}$, HeH, LiH and BeH using the multi-reference configu...
<p><strong>Figure 1.</strong> Potential energy curves of the ground state and first two excited stat...
The UK molecular R-matrix codes are used to study electron collisions with the He+2 molecular ion. ...
Potential energy curves for the Chi (sup 1) Epsilon (sup plus), alpha (sup 3) II (sub r), alpha prim...
Author Institution: Institute for Molecular Physics, University of Maryland“A detailed investigation...
The low-lying excited states of He_2 have been examined using spatially projected generalized-valen...
<p><strong>Figure 4.</strong> Calculated potential energy curves for the \rm ^1\Sigma ^+_g symmetry....
Author Institution: Department of Chemistry, Yale UniversityIt is shown that the peak positions of t...
New potential energy surfaces (PES) have been constructed for H2+-He using a reproducing kernel Hilb...
<div><p>More than 80 excited electronic states of the hydrohelium ion HeH<sup>+</sup> of <sup>1, 3</...
Based on the algebraic method (AM) and the energy consistent method (ECM), an AM-ECM proto...
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