The present role of Quantum Chemistry in the field of interstellar molecules is illustrated by structure and reactivity studies concerning the (CS + H) +, (SiO + H)+, (SiS + H)+ systems
This work aims to understand the formation routes of a variety of interstellar molecules. The format...
This paper reports the first extensive study of the existence and effects of interstellar hydrogen b...
Molecular ions are known to be key reactive intermediates in interstellar environments, and H+3 in p...
The present role of Quantum Chemistry in the field of interstellar molecules is illustrated by struc...
International audiencePositive ions play a fundamental role in interstellar chemistry, especially in...
The interstellar medium, the vast space between the stars, is a rich reservoir of molecular material...
Majority of the known interstellar cations are protonated species believed to be the natural precurs...
Gas phase chemistry in the cold interstellar clouds is dominated by ion-molecule and radical-radical...
It is demonstrated on quantum mechanical grounds that the dissociative recombination of ...
Protonated species are known to play a key role for ion-molecule reactions in gas phase interstellar...
Author Institution: Center for Astrophysics and Space Astronomy, University of Colorado,; 389 UCB, B...
In this Letter we report on the first characterization of the reactions SiH + S and SiH + S2by means...
The present study of the interstellar formyl ion HCO/sup +/ is the first attempt to investigate diss...
Author Institution: Princeton University Observatory; Department of Earth and Space Sciences, State ...
Cross sections for the radiative association of Si+, P+, and S+ with atomic hydrogen to form the di...
This work aims to understand the formation routes of a variety of interstellar molecules. The format...
This paper reports the first extensive study of the existence and effects of interstellar hydrogen b...
Molecular ions are known to be key reactive intermediates in interstellar environments, and H+3 in p...
The present role of Quantum Chemistry in the field of interstellar molecules is illustrated by struc...
International audiencePositive ions play a fundamental role in interstellar chemistry, especially in...
The interstellar medium, the vast space between the stars, is a rich reservoir of molecular material...
Majority of the known interstellar cations are protonated species believed to be the natural precurs...
Gas phase chemistry in the cold interstellar clouds is dominated by ion-molecule and radical-radical...
It is demonstrated on quantum mechanical grounds that the dissociative recombination of ...
Protonated species are known to play a key role for ion-molecule reactions in gas phase interstellar...
Author Institution: Center for Astrophysics and Space Astronomy, University of Colorado,; 389 UCB, B...
In this Letter we report on the first characterization of the reactions SiH + S and SiH + S2by means...
The present study of the interstellar formyl ion HCO/sup +/ is the first attempt to investigate diss...
Author Institution: Princeton University Observatory; Department of Earth and Space Sciences, State ...
Cross sections for the radiative association of Si+, P+, and S+ with atomic hydrogen to form the di...
This work aims to understand the formation routes of a variety of interstellar molecules. The format...
This paper reports the first extensive study of the existence and effects of interstellar hydrogen b...
Molecular ions are known to be key reactive intermediates in interstellar environments, and H+3 in p...
DOI
Add to ORKG