The reactions of MC5H5+ (M = Ni and Co) with propane in gaseous phase have been studied with an ion trap mass spectrometer; the MC5H5+ ions are able to activate the propane molecule which undergoes a dehydrogenation reaction. At variance with the reactions of the bare metal ions no loss of methane is observed; the reaction mechanism has been explored by means of DFT calculations and a possible explanation is offered for the different reactivity of these ligated ions.
G. Innorta, S.Torroni (2007). Propane activation by MC5H5+ (M = Ni and Co): An experimental and theoretical work. JOURNAL OF ORGANOMETALLIC CHEMISTRY, 692, 5563-5570 [10.1016/j.jorganchem.2007.09.011].
Propane activation by MC5H5+ (M = Ni and Co): An experimental and theoretical work
INNORTA, GIUSEPPE;TORRONI, SANDRO
2007
Abstract
The reactions of MC5H5+ (M = Ni and Co) with propane in gaseous phase have been studied with an ion trap mass spectrometer; the MC5H5+ ions are able to activate the propane molecule which undergoes a dehydrogenation reaction. At variance with the reactions of the bare metal ions no loss of methane is observed; the reaction mechanism has been explored by means of DFT calculations and a possible explanation is offered for the different reactivity of these ligated ions.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
