Add to ORKGPotential energy curves for the Chi (sup 1) Epsilon (sup plus), alpha (sup 3) II (sub r), alpha prime (sup 3) epsilon (sup plus), d (sup 3) delta, e (sup 3) Epsilon (sup minus), Alpha (sup 1) II, and Beta (sup 1) Epsilon (sup plus), electronic states of the CO molecule have been calculated by the Rydberg-Klein-Rees method. The curve for the A III state will have to bend sharply in the range between 1.9 and 2.1 angstroms or it will have to pass through a maximum to reach the proper dissociation limit
The true potential energy curves for the electronic ground states of astrophysically important AlH a...
Author Institution: Air Force Cambridge Research Laboratories, L. G. Hanscom FieldThe potential ener...
Abstract: A general potential function which is suitable for all bound electronic states of all diat...
The potential energy surface for the X 1∑+ , A1 π, D´1∑+, B1∑+,E1π,C1∑+ and C´1∑+ of...
Numerical evaluation of integrals in Rydberg-Klein-Rees method of calculating potential energy curve
We have applied the equations-of-motion method to various states of N2, CO, and ethylene at nuclear ...
Uncertainties in potential curves determined by the Rydberg—Klein—Rees (RKR) method which result fro...
This research was sponsored by the U. S. Atomic Energy Commission under contract with Union Carbide ...
Author Institution:As a generalization of the familiar quadrature form of the RKR method, an interac...
The bond length along which two atoms vibrate can be altered in order to construct a potential energ...
A perturbation theory is developed whereby the diatomic molecular potential energy W(R) as a functio...
$^{1}$W. L. Miller. Univ. of Calit. Lawrence Rad. Lab. Report 20374, Nov. 1970, submitted to J. Chem...
Author Institution: Department of Physics, Illinois Institute of TechnologyThe equations derived by ...
Potential-energy curves for the stable Rydberg states of He2, constructed using RKR procedures, are ...
Exchange-Coulomb model potential energy surfaces have been developed for the Ne–CO interaction. The ...
The true potential energy curves for the electronic ground states of astrophysically important AlH a...
Author Institution: Air Force Cambridge Research Laboratories, L. G. Hanscom FieldThe potential ener...
Abstract: A general potential function which is suitable for all bound electronic states of all diat...
The potential energy surface for the X 1∑+ , A1 π, D´1∑+, B1∑+,E1π,C1∑+ and C´1∑+ of...
Numerical evaluation of integrals in Rydberg-Klein-Rees method of calculating potential energy curve
We have applied the equations-of-motion method to various states of N2, CO, and ethylene at nuclear ...
Uncertainties in potential curves determined by the Rydberg—Klein—Rees (RKR) method which result fro...
This research was sponsored by the U. S. Atomic Energy Commission under contract with Union Carbide ...
Author Institution:As a generalization of the familiar quadrature form of the RKR method, an interac...
The bond length along which two atoms vibrate can be altered in order to construct a potential energ...
A perturbation theory is developed whereby the diatomic molecular potential energy W(R) as a functio...
$^{1}$W. L. Miller. Univ. of Calit. Lawrence Rad. Lab. Report 20374, Nov. 1970, submitted to J. Chem...
Author Institution: Department of Physics, Illinois Institute of TechnologyThe equations derived by ...
Potential-energy curves for the stable Rydberg states of He2, constructed using RKR procedures, are ...
Exchange-Coulomb model potential energy surfaces have been developed for the Ne–CO interaction. The ...
The true potential energy curves for the electronic ground states of astrophysically important AlH a...
Author Institution: Air Force Cambridge Research Laboratories, L. G. Hanscom FieldThe potential ener...
Abstract: A general potential function which is suitable for all bound electronic states of all diat...