Thin Film Generation of Novel Materials, Mass Spectrometry of Clusters
Our group was interested in utilizing state-of-the-art mass spectrometric techniques to explore chemical reactions within gas-phase clusters (i.e., {CH3OH}n{H2O}H+, {C2H4}n+, etc.). We had five different experiments in order to study a wide variety of chemical systems:
- a continuous cluster beam source mated to a high resolution triple quadrupole mass spectrometer,
- a pulsed cluster beam source used in conjunction with a reflectron time-of-flight mass spectrometer for multiphoton studies,
- a metal cluster source used for the generation of thin films, utilizing a quadrupole mass spectrometer for beam diagnostics,
- a triple quadrupole mass spectrometer for the study of fullerene (C60) ion chemistry,
- a ZAB-SE tandem mass spectrometer which is used to conduct dissociation experiments on metallofullerene species (Sc@C60).