MOLECULAR RYDBERG SPECTROSCOPY MAGNETIC FIELD EFFECTS IN ALKYL HALIDES

The large probability of a non-radiative internal conversion process in highly excited vibronic states of the excited ~E electronic manifold yields the significant difference

In order to understand qualitatively the contribution of the various terms in the new expression of the total photoionization cross section, the theoretical treatment was first

2014 Following the recent publication of infra-red measurements on crystals of Al2O3 containing Mn3+ ions, a detailed theoretical analysis of the system has

L’archive ouverte pluridisciplinaire HAL, est destinée au dépôt et à la diffusion de documents scientifiques de niveau recherche, publiés ou non, émanant des

For the orbital doublet E state (and also for the triplet coupled to a T, mode) the approach to the static Jahn-Teller effect is more complicated because an

Therefore in an Ha = 5 kOe (where cubic torque curves were observed [4]), magnetoelastic coupling would saturate and switch the orthorhombic compo- nent of the

It can be seen that, except for the lowest rotational levels (for which Hund's case (d) is not yet achieved), the agreement is good between the calculated (Fig. 3a) and the

- Nuclear energy levels and Mossbauer spectrum of model system, showing the splitting caused by the quadrupole coupling in the electric field gradient resulting from