In this Letter we report on the first characterization of the reactions SiH + S and SiH + S2by means of electronic structure calculations of the stationary points along the reactive potential energy surfaces. According to our calculations, both reactions are barrierless and can lead to the formation of SiS (a species observed in interstellar objects) for which there are no convincing formation routes in current astrochemical models. Furthermore, we have verified that SiS2cannot be considered an interstellar reservoir of sulphur because it is easily attacked by the abundant H atoms
The form of depleted sulphur in dense clouds is still unknown. Until now, only two molecules, OCS an...
Radical-radical and radical-neutral interaction schemes are very important for the formation of comp...
In this work, we reexamine sulfur chemistry occurring on and in the ice mantles of interstellar dust...
In this Letter we report on the first characterization of the reactions SiH + S and SiH + S2by means...
International audienceIn this Letter we report on the first characterization of the reactions SiH + ...
6 pags., 5 figs., 1 tab.The presence of SiS in space seems to be restricted to a few selected types ...
International audienceThe Si + SO2 reaction is investigated to verify its impact on the abundances o...
In order to provide a possible explanation for the lack of detection of both HSiN and HNSi in the in...
The rate constants for the formation, destruction, and collisional excitation of SH+ are calculated ...
International audienceMultireference configuration interaction calculations are performed to investi...
Specific rate constants for the S++H2 reaction are calculated using the ground quartet state potenti...
Fifteen reactions on the doublet HCnS and singlet/triplet ${\rm H_2C}_n{\rm S} (n=1,2)$ potential e...
The reactions of atomic sulfur in the first excited metastable 1D state with C2H2, C2H4, and CH4 ha...
8 pags., 7 figs., 4 tabs.The rate constants for the formation, destruction, and collisional excitati...
The present role of Quantum Chemistry in the field of interstellar molecules is illustrated by struc...
The form of depleted sulphur in dense clouds is still unknown. Until now, only two molecules, OCS an...
Radical-radical and radical-neutral interaction schemes are very important for the formation of comp...
In this work, we reexamine sulfur chemistry occurring on and in the ice mantles of interstellar dust...
In this Letter we report on the first characterization of the reactions SiH + S and SiH + S2by means...
International audienceIn this Letter we report on the first characterization of the reactions SiH + ...
6 pags., 5 figs., 1 tab.The presence of SiS in space seems to be restricted to a few selected types ...
International audienceThe Si + SO2 reaction is investigated to verify its impact on the abundances o...
In order to provide a possible explanation for the lack of detection of both HSiN and HNSi in the in...
The rate constants for the formation, destruction, and collisional excitation of SH+ are calculated ...
International audienceMultireference configuration interaction calculations are performed to investi...
Specific rate constants for the S++H2 reaction are calculated using the ground quartet state potenti...
Fifteen reactions on the doublet HCnS and singlet/triplet ${\rm H_2C}_n{\rm S} (n=1,2)$ potential e...
The reactions of atomic sulfur in the first excited metastable 1D state with C2H2, C2H4, and CH4 ha...
8 pags., 7 figs., 4 tabs.The rate constants for the formation, destruction, and collisional excitati...
The present role of Quantum Chemistry in the field of interstellar molecules is illustrated by struc...
The form of depleted sulphur in dense clouds is still unknown. Until now, only two molecules, OCS an...
Radical-radical and radical-neutral interaction schemes are very important for the formation of comp...
In this work, we reexamine sulfur chemistry occurring on and in the ice mantles of interstellar dust...