A general first-principles theory of dissociative recombination is developed for highly symmetric molecular ions and applied to H(3)O(+) and CH(3)(+), which play an important role in astrophysical, combustion, and laboratory plasma environments. The theoretical cross sections obtained for the dissociative recombination of the two ions are in good agreement with existing experimental data from storage ring experiments
We discuss the role of symmetries in the dissociative recombinations (DR) of three polyatomic ions, ...
A statistical model serving to estimate the branching ratios in the dissociative recombination of po...
We present results of a theoretical study on dissociative recombination of the HCNH+, HCO+ and N2H+ ...
A general first-principles theory of dissociative recombination is developed for highly symmetric mo...
A general first-principles theory of dissociative recombination is developed for highly symmetric mo...
We discuss exciting recent progress in the theoretical description of molecular ion dissociative rec...
The present study of the interstellar formyl ion HCO/sup +/ is the first attempt to investigate diss...
$^{1}$ Dissociative Recombination: Theory, Experiment and Applications. (eds. J.B.A. Mitchell and S....
We discuss exciting recent progress in the theoretical description of molecular ion dissociative rec...
We discuss exciting recent progress in the theoretical description of molecular ion dissociative rec...
The article discusses the role of non-Born-Oppenheimer couplings in dissociative recombination (DR) ...
A statistical model serving to estimate the branching ratios in the dissociative recombination of po...
We present results of a theoretical study on dissociative recombination of the HCNH+, HCO+ and N2H+ ...
We present results of a theoretical study on dissociative recombination of the HCNH+, HCO+ and N2H+ ...
A statistical model serving to estimate the branching ratios in the dissociative recombination of po...
We discuss the role of symmetries in the dissociative recombinations (DR) of three polyatomic ions, ...
A statistical model serving to estimate the branching ratios in the dissociative recombination of po...
We present results of a theoretical study on dissociative recombination of the HCNH+, HCO+ and N2H+ ...
A general first-principles theory of dissociative recombination is developed for highly symmetric mo...
A general first-principles theory of dissociative recombination is developed for highly symmetric mo...
We discuss exciting recent progress in the theoretical description of molecular ion dissociative rec...
The present study of the interstellar formyl ion HCO/sup +/ is the first attempt to investigate diss...
$^{1}$ Dissociative Recombination: Theory, Experiment and Applications. (eds. J.B.A. Mitchell and S....
We discuss exciting recent progress in the theoretical description of molecular ion dissociative rec...
We discuss exciting recent progress in the theoretical description of molecular ion dissociative rec...
The article discusses the role of non-Born-Oppenheimer couplings in dissociative recombination (DR) ...
A statistical model serving to estimate the branching ratios in the dissociative recombination of po...
We present results of a theoretical study on dissociative recombination of the HCNH+, HCO+ and N2H+ ...
We present results of a theoretical study on dissociative recombination of the HCNH+, HCO+ and N2H+ ...
A statistical model serving to estimate the branching ratios in the dissociative recombination of po...
We discuss the role of symmetries in the dissociative recombinations (DR) of three polyatomic ions, ...
A statistical model serving to estimate the branching ratios in the dissociative recombination of po...
We present results of a theoretical study on dissociative recombination of the HCNH+, HCO+ and N2H+ ...