1. However strictly diabatic states do not exist in the general case. 2. Hence, pseudo-diabatic potentials are synonymous with diabatic potentials. 3. Hence, pseudo-diabatic potentials are synonymous with diabatic potentials. 4. Air storage can be adiabatic, diabatic , or isothermal. 5. The reagents ( Rg and RX ) approach on a covalent diabatic surface. 6. The system wavefunction can be represented as a linear combination of the diabatic states: 7. Hence, diabatic potentials generated from transforming multiple electronic energy surfaces together are generally not exact. 8. This solution is then applied to form the diabatic potential matrix \ mathbf { W }: 9. For reasons that will become clear these states will henceforth be referred to as the diabatic states. 10. Their formula allows the transition probability between two diabatic potential curves in the neighborhood of an avoided crossing to be calculated.
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