Lockyear, JF; Douglas, K; Price, SD; Karwowska, M; Fijalkowski, KJ; Grochala, W; ... Schroder, D; + view all Lockyear, JF; Douglas, K; Price, SD; Karwowska, M; Fijalkowski, KJ; Grochala, W; Remes, M; Roithova, J; Schroder, D; - view fewer (2010) Generation of the ArCF22+ Dication. J PHYS CHEM LETT , 1 (1) 358 - 362. 10.1021/jz900274p.
Full text not available from this repository.
Thermal reactions of the CF32+ dication with argon lead to the formation of an ArCF22+ dication, a new type of metastable species with an argon carbon bond. None of the other rare gases undergo a similar reaction with CF32+. For the lighter rare gases (He and Ne), no reactions with CF32+ other than those due to electronically excited reactant ions are observed, whereas for the heavier rare gases (Kr and Xe), the prevailing reactive pathways involve single-electron transfer. At elevated collision energies, single-electron transfer predominates for collisions with all rare gases (He-Xe).
|Title:||Generation of the ArCF22+ Dication|
|Keywords:||BOND-FORMING REACTIONS, ELECTRON-TRANSFER REACTIONS, GAS-PHASE, MOLECULAR DICATIONS, CHEMICAL-REACTIONS, SIF32+ DICATION, COVALENT RADII, RARE-GASES, CF32+, IONIZATION|
|UCL classification:||UCL > School of BEAMS > Faculty of Maths and Physical Sciences > Chemistry|
Archive Staff Only: edit this record