Energies of the H₂⁺Ion in Strong Magnetic Fields: Variational Adiabatic Method

Abstract

By using the variational adiabatic method, the energy values and the equilibrium internuclear separations of the H 2 + ion in π g state in strong magnetic fields are calculated and compared with those obtained from the adiabatic method and the Monte Carlo method and our conclusion through the Monte Carlo Method are confirmed, that is, the antibonding state π g in the absence of external magnetic field changes to a bonding state with an increasing magnetic field.