Electronic spectroscopy of UF6 and WF6 by electron impact

Electronic structure of copper studied by electron momentum spectroscopy

M. Vos,1,* A. S. Kheifets,1 C. Bowles,1 C. Chen,1 E. Weigold,1 and F. Aryasetiawan2 1Atomic and Molecular Physics Laboratories, Research School of Physical Sciences and Engineering, Australian National University, Canberra ACT 0200, Australia 2Research Institute for Computational Sciences, AIST, Tsukuba Central 2, Umezono 1-1-1, Tsukuba Ibaraki 305-8568, Japan (Received 16 June 2004; published ...

Electron - impact spectroscopy of acetaldehydea >

Acetaldehyde has been studied by the technique of low-energy variable-angle electron energyloss spectroscopy. With this method the low-lying spin-forbidden transitions have been located via the behavior of the relative differential cross sections, providing the first identification by this technique of such states in acetaldehyde. High-lying states were also investigated and some assignments of...

VUV and low energy electron impact study of electronic state spectroscopy of CF 3 I

The electronic states of CF3I have been investigated using photon and electron energy loss spectroscopy from 4 to 20 eV (310 nm > λ > 60 nm). Assignments have been suggested for each of the observed absorption bands incorporating both valence and Rydberg transitions. Vibrational structure in each of these bands is observed for the first time. Absolute photo-absorption cross-sections have also b...

Electronic excitation of H2O by low-energy electron impact.

Excitation of electronic states in tetrahydrofuran by electron impact.

We report on differential and integral cross section measurements for the electron impact excitation of the three lowest lying Rydberg bands of electronic states in tetrahydrofuran. The energy range of the present experiments was 15-50 eV with the angular range of the differential cross section measurements being 15°-90°. The important effects of the long-range target dipole moment and the targ...