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Non‐Ergodic Behavior of Excited Radical Cations in the Gas Phase
41
Citations
9
References
1981
Year
Localized Excited StateEngineeringNuclear PhysicsChemistryElectronic Excited StateRadicals 13Ch3Reaction IntermediateHigh-energy Nuclear ReactionPhysicsRadical (Chemistry)Physical ChemistryReactivity (Chemistry)Quantum ChemistryNon-equilibrium ProcessExcited State PropertyCentral AssumptionsGas PhaseNatural SciencesMass SpectrometryChemical KineticsMolecular Fragmentation
That one of the central assumptions of the quasi-equilibrium theory (QET) of mass spectrometry can be violated is shown experimentally for the first time by the example of (1). The central assumption in question is the statistical distribution of the internal energy over the vibrational states of the reacting systems. The radicals 13CH3 and 12CH3 are eliminated in unequal proportions from (1a) and (1b)—in consequence the radical cations behave non-ergodically.
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