During the current reporting period we have continued our studies of the dissociative recombination (DR) of HeH(+) with an electron with the goal of calculating accurate cross sections and rate coefficients to allow for the accurate modelling of the abundance of HeH(+) in planetary nebulae and supernova envelopes. We have also started studies of the DR of H3(+), a process of great importance in the interstellar medium
Molecular hydrogen is by far the most abundant molecule in space. H$\sb2$ formation in the interstel...
A theoretical description of the dissociative recombination process for the HCO+ ion suggests that t...
$^{1}$ M.T.Leu,M.A.Biondi, and R.Johnsen,Phys.Rev.A. 8,413(1973). $^{2}$ N.C.Adams and D.Smith, in `...
We have been studying the dissociative recombination (DR) of HeH(+) with an electron with the goal o...
The dissociative recombination (DR) of the AB(+) molecular ion with an electron has been shown to be...
We discuss the Jahn-Teller mechanism for dissociative recombination in low energy collisions between...
We discuss the Jahn-Teller mechanism for dissociative recombination in low energy collisions between...
This is the fifth semi-annual progress report describing research on dissociative recombination reac...
In spite of the great progress in theoretical and experimental studies of the dissociative recombina...
Dissociative recombination (DR) reactions in planetary and comet atmospheres are discussed. A comput...
We discuss the Jahn-Teller mechanism for dissociative recombination in low energy collisions between...
Storage ring studies of low energy electron collisions with molecular ions have been carried out for...
The electron-ion recombination coefficients for H3(+) and H5(+) ions were determined by means of a m...
Dissociative recombination reaction has been studied theoretically and experimentally for about four...
$^{1}$ M.T.Leu,M.A.Biondi, and R.Johnsen,Phys.Rev.A. 8,413(1973). $^{2}$ N.C.Adams and D.Smith, in `...
Molecular hydrogen is by far the most abundant molecule in space. H$\sb2$ formation in the interstel...
A theoretical description of the dissociative recombination process for the HCO+ ion suggests that t...
$^{1}$ M.T.Leu,M.A.Biondi, and R.Johnsen,Phys.Rev.A. 8,413(1973). $^{2}$ N.C.Adams and D.Smith, in `...
We have been studying the dissociative recombination (DR) of HeH(+) with an electron with the goal o...
The dissociative recombination (DR) of the AB(+) molecular ion with an electron has been shown to be...
We discuss the Jahn-Teller mechanism for dissociative recombination in low energy collisions between...
We discuss the Jahn-Teller mechanism for dissociative recombination in low energy collisions between...
This is the fifth semi-annual progress report describing research on dissociative recombination reac...
In spite of the great progress in theoretical and experimental studies of the dissociative recombina...
Dissociative recombination (DR) reactions in planetary and comet atmospheres are discussed. A comput...
We discuss the Jahn-Teller mechanism for dissociative recombination in low energy collisions between...
Storage ring studies of low energy electron collisions with molecular ions have been carried out for...
The electron-ion recombination coefficients for H3(+) and H5(+) ions were determined by means of a m...
Dissociative recombination reaction has been studied theoretically and experimentally for about four...
$^{1}$ M.T.Leu,M.A.Biondi, and R.Johnsen,Phys.Rev.A. 8,413(1973). $^{2}$ N.C.Adams and D.Smith, in `...
Molecular hydrogen is by far the most abundant molecule in space. H$\sb2$ formation in the interstel...
A theoretical description of the dissociative recombination process for the HCO+ ion suggests that t...
$^{1}$ M.T.Leu,M.A.Biondi, and R.Johnsen,Phys.Rev.A. 8,413(1973). $^{2}$ N.C.Adams and D.Smith, in `...