Journal ArticleCross sections for the reactions of Fen+ and Nbn+ (n = 1-3) with 02 are measured as a function of kinetic energy over a range of 0 to > 10 eV. In all systems, analysis yields insight into the kinetics and thermochemistry of the oxidation processes. Nbn+ reaction with 02 exothermically near the Langevin-Gioumousis-Stevenson close-collision limit, driven by formation of strong NbO+ and NbO bonds. Fen+ are less reactive, although oxidation becomes progressively more facile as the size of the reactant increases from Fe+ to Fe3+
The reactivity of transition-metal clusters, in the approximate size range 10-60 atoms, with diatomi...
Journal ArticleThe reactivity and thermochemistry of ionic metal atoms and clusters has been explore...
The oxidation of α-Fe and ε-Fe2N1-z at 573 K and 673 K in O2 at 1 atm was investigated by thermograv...
Journal ArticleThe kinetic energy dependences of the reactions of Fen + (n=1-19) with N2 are studie...
Journal ArticleThe kinetic energy dependences of the reactions of Fen 1 (n52 - 10,14) with ND3 are ...
Calculated energy profiles for the reactions of neutral Nb₂ and Nb₃ metal clusters with CO, D₂, N₂, ...
Journal ArticleDespite the extensive effort devoted to research on gasphase metal clusters, quantita...
Calculated energy profiles for the reactions of neutral Nb2 and Nb3 metal clusters with CO, D2...
Journal ArticleThe kinetic energy dependences of the reactions of Fen + (n=2 - 15) with CD4 are stu...
Extent: 9p.Calculated energy profiles for the reactions of neutral Nb(2) and Nb(3) metal clusters w...
Rate constants and product branching fractions were measured from 300–600 K for Fen– + O2 (n = 2–17)...
Journal ArticleThe kinetic energy dependences of the reactions of Nin + (n=2 - 18) with O2 are stud...
This dissertation discusses the synthesis, characterization, and reactivity of site-differentiated t...
The ion-molecule reactions F-e+ + N2O -> FeO+ + N-2 and FeO+ + CO -> Fe+ + CO2, which catalyze the r...
These gas-phase reactions were studied by pulsed laser ablation of an iron target to produce Fe+ in ...
The reactivity of transition-metal clusters, in the approximate size range 10-60 atoms, with diatomi...
Journal ArticleThe reactivity and thermochemistry of ionic metal atoms and clusters has been explore...
The oxidation of α-Fe and ε-Fe2N1-z at 573 K and 673 K in O2 at 1 atm was investigated by thermograv...
Journal ArticleThe kinetic energy dependences of the reactions of Fen + (n=1-19) with N2 are studie...
Journal ArticleThe kinetic energy dependences of the reactions of Fen 1 (n52 - 10,14) with ND3 are ...
Calculated energy profiles for the reactions of neutral Nb₂ and Nb₃ metal clusters with CO, D₂, N₂, ...
Journal ArticleDespite the extensive effort devoted to research on gasphase metal clusters, quantita...
Calculated energy profiles for the reactions of neutral Nb2 and Nb3 metal clusters with CO, D2...
Journal ArticleThe kinetic energy dependences of the reactions of Fen + (n=2 - 15) with CD4 are stu...
Extent: 9p.Calculated energy profiles for the reactions of neutral Nb(2) and Nb(3) metal clusters w...
Rate constants and product branching fractions were measured from 300–600 K for Fen– + O2 (n = 2–17)...
Journal ArticleThe kinetic energy dependences of the reactions of Nin + (n=2 - 18) with O2 are stud...
This dissertation discusses the synthesis, characterization, and reactivity of site-differentiated t...
The ion-molecule reactions F-e+ + N2O -> FeO+ + N-2 and FeO+ + CO -> Fe+ + CO2, which catalyze the r...
These gas-phase reactions were studied by pulsed laser ablation of an iron target to produce Fe+ in ...
The reactivity of transition-metal clusters, in the approximate size range 10-60 atoms, with diatomi...
Journal ArticleThe reactivity and thermochemistry of ionic metal atoms and clusters has been explore...
The oxidation of α-Fe and ε-Fe2N1-z at 573 K and 673 K in O2 at 1 atm was investigated by thermograv...