.. Energies-de-transition-?e-=-e-?-?-e-approche-périodique, 0 en meV entre les premiers niveaux purement vibrationnels (?=0,1,2 avec j=0) avec l'état fondamental (?=0, j=0) et éléments de matrice du moment dipolaire en Debye pour les états correspondants

?. Energies-de-transition and ?. , 0 en meV entre les premiers niveaux purement vibrationnels (?=0,1,2,3 avec j=0) avec l'état fondamental (?=0, j=0) et éléments de matrice du moment dipolaire en Debye pour les états correspondants. Approche d'incorporation, p.104

L. Des-tableaux-6-? and .. , 4 Energies des états liés obtenues par dynamique quantique pour les différents potentiels. Les énergies des niveaux purement vibrationnels que l'on peut identifier sont désignées par 2 nombres quantiques, ? pour la vibration selon l'axe Z et j pour la rotation associée à l'angle, p.134

.. Energies-de-transition-?e-=-e-?-?-e-approche-périodique, 0 en meV entre les premiers niveaux purement vibrationnels (?=0,1,2 avec j=0) avec l'état fondamental (?=0, j=0) et éléments de matrice du moment dipolaire en Debye pour les états correspondants, p.135

?. Energies-de-transition, ?. Approche-cluster, and .. , 0 en meV entre les premiers niveaux purement vibrationnels (?=0,1,2 avec j=0) avec l'état fondamental (?=0, j=0) et éléments de matrice du moment dipolaire en Debye pour les états correspondants, p.135

?. Energies-de-transition and ?. , 0 en meV entre les premiers niveaux purement vibrationnels (?=0,1,2 avec j=0) avec l'état fondamental (?=0, j=0) et éléments de matrice du moment dipolaire en Debye pour les états correspondants. Approche d'incorporation, p.135

.. Energies-de-transition-?e-=-e-?-?-e-approche-périodique, 0 en meV entre les premiers niveaux purement vibrationnels (?=0,1,2,3 avec j=0) avec l'état fondamental (?=0, j=0) et éléments de matrice du moment dipolaire en Debye pour les états correspondants, p.143

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