Splitting of terms and binding energy of the hydrogen molecule in intense magnetic fields
Abstract
The energy difference between the triplet and singlet states due to the exchange coupling energy levels, the ground binding state, and wave functions are calculated for a hydrogen molecule in an intense magnetic field when the distance between the Landau levels exceeds the Coulomb unit. It is shown that the triplet electron term has a minimum at large interatomic distances corresponding to the formation of the ground state of a stable H2 molecule.
- Publication:
-
Zhurnal Eksperimentalnoi i Teoreticheskoi Fiziki
- Pub Date:
- August 1991
- Bibcode:
- 1991ZhETF.100..407K
- Keywords:
-
- Chemical Bonds;
- Ground State;
- Hydrogen;
- Landau Factor;
- Magnetic Flux;
- Molecular Energy Levels;
- Asymptotic Methods;
- Coulomb Potential;
- Electron States;
- Magnetic Fields;
- Wave Functions;
- Atomic and Molecular Physics