Determination of molecular-ion structures through studies of the collisionally-induced dissociation of fast (MeV) molecular ions
D. S. Gemmell, Patrick J. Cooney, Elliot P. Kanter
Abstract
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D. S. Gemmell, Patrick J. Cooney, Elliot P. Kanter
Abstract
Open-access reader
High-resolution studies of the angle and energy distributions of fragments detected in coincidence from the foil- and gas-induced dissociation of fast (MeV) polyatomic molecular ions are described. The aim of the measurements is to explore the possibilities that these new techniques offer for determining the stereochemistry of molecular ions.
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High-resolution studies of the angle and energy distributions of fragments detected in coincidence from the foil- and gas-induced dissociation of fast (MeV) polyatomic molecular ions are described. The aim of the measurements is to explore the possibilities that these new techniques offer for determining the stereochemistry of molecular ions.
Key concepts: Polyatomic ion, Ion, Dissociation (chemistry), Coincidence, Chemistry, FOIL method, Atomic physics, Collision-induced dissociation