TY - CONF AU - Julia Stützel AU - O. Novotný AU - S. Novotny AU - D. Orlov AU - H. Buhr AU - M. Mendes AU - Chris Greene AU - J. Hoffmann AU - C. Krantz AU - S. Altevogt AU - M. Berg AU - D. Bing AU - M. Froese AU - M. Grieser AU - B. Jordon-Thaden AU - M. Lange AU - M. Lestinsky AU - A. Petrignani AU - A. Shornikov AU - A. Wolf AB -

Dissociative recombination (DR) is an exothermic process leading to neutralisation and chemical fragmentation in many plasma environments, down to the lowest temperatures. We present results of complex investigations on DR of HF+ and CF+ performed at the TSR storage ring. Beyond the rate coefficient down to meV collision energies also dissociation pathways and geometries have been investigated using full 3D fragment imaging technique. Fragment imaging also provides HF+ rotational structure and fine-structure as well as the HF+ dissociation energy with sub-meV precision.

BT - Journal of Physics: Conference Series DA - 2009-09 DO - 10.1088/1742-6596/194/6/062028 M1 - 6 N2 -

Dissociative recombination (DR) is an exothermic process leading to neutralisation and chemical fragmentation in many plasma environments, down to the lowest temperatures. We present results of complex investigations on DR of HF+ and CF+ performed at the TSR storage ring. Beyond the rate coefficient down to meV collision energies also dissociation pathways and geometries have been investigated using full 3D fragment imaging technique. Fragment imaging also provides HF+ rotational structure and fine-structure as well as the HF+ dissociation energy with sub-meV precision.

PY - 2009 EP - 062028 T2 - Journal of Physics: Conference Series TI - Fragmentation by electron recombination for HF+ and CF+ VL - 194 ER -