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Intracluster hydrogen transfer followed by dissociation in the phenol–(NH3)3 excited state: PhOH(S1)–(NH3)3→PhO•+(NH4)(NH3)2
87
Citations
19
References
1999
Year
EngineeringLaser ApplicationsChemistryElectronic Excited StateHigh-power LasersIntracluster Hydrogen TransferDirect IonizationTwo-color Two-photon IonizationIon EmissionPhotophysical PropertyBiophysicsChemical LasersPhotochemistryPhysicsAtomic PhysicsPhysical ChemistryCatalysisHydrogenQuantum ChemistryLaser PhotochemistryNatural SciencesProton TransferApplied PhysicsMain IonHydrogen BondExcited StateMultiphoton Process
The study of the phenol–(NH3)3 cluster with two-color two-photon ionization shows that the main ion observed with delays between the lasers up to a few hundred nanoseconds is the (NH4)+(NH3)2 fragment, resulting from direct ionization of the (NH4)(NH3)2 product coming from the reaction: PhOH(S1)–(NH3)3→PhO•+(NH4)(NH3)2.
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