SCHNEITER ERNESTO MATIAS
Capítulos de libros
Título:
(e−,2e−) experiments on water
Autor/es:
ATKINS, DANIELLE SABRINA CAVANAGH, S J SCHNEITER, MATIAS LOHMANN, BIRGIT
Libro:
Physics and industry working together
Editorial:
Causal Productions
Referencias:
Lugar: Adelaide; Año: 2002; p. 168 - 171
Resumen:
The electron-electron coincidence (or (e,2e)) technique yields complete kinematical information on electron impact ionization processes. It has been widely used to study dynamical effects in ionizing collisions with atomic targets. Studies of molecular ionization using this technique have been very limited, due in part to the lack of suitable theoretical approaches for modelling this process. Very recently, new calculations have been published (Champion et al, Phys. Rev. A 63 052720) of the triple differential cross section for electron impact ionization of the outer orbitals of the water molecule, although no experimental data were available for comparison with theory. We present the first dynamical (e,2e) studies of the water molecule, and compare with the latest theoretical results.
