International audienceContext. This work is motivated by the necessity to take account of both the nuclear spin symmetries of H 2 and the spin-orbit interaction of N + ions in order to investigate gas phase reactions in interstellar chemistry, leading to the formation of nitrogenous and deuterated compounds. Aims. The main objective in this work is to determine the rate coefficients for each possible initial quantum state of the reactants N + (3 P j) + H 2 (J) (and their isotopic variants). Only in this way does it become possible both to analyse experimental data and to develop realistic applications to interstellar chemical models to constrain the gas phase chemistry of ammonia and its isotopologues. Methods. A statistical treatment is pr...
The cross section and rate constants for the title reaction are calculated for all the spin-orbit st...
International audienceN2H+is one of the first molecular ions observed in the interstellar medium and...
International audienceN2H+is one of the first molecular ions observed in the interstellar medium and...
International audienceContext. This work is motivated by the necessity to take account of both the n...
International audienceContext. This work is motivated by the necessity to take account of both the n...
International audienceContext. This work is motivated by the necessity to take account of both the n...
Context. This work is motivated by the necessity to take account of both the nuclear spin symmetries...
In this work are presented results of the experimental study of state selected reactions of H+ and N...
The availability of collisional rate coefficients is a prerequisite for an accurate interpretation o...
Journal ArticleThe reactions of N + (3P) ions with H2 , HD, D2 are examined using guided ion beam ta...
The availability of collisional rate coefficients is a prerequisite for an accurate interpretation o...
International audienceThe availability of collisional rate coefficients is a prerequisite for an acc...
International audienceThe availability of collisional rate coefficients is a prerequisite for an acc...
International audienceThe availability of collisional rate coefficients is a prerequisite for an acc...
International audienceThe availability of collisional rate coefficients is a prerequisite for an acc...
The cross section and rate constants for the title reaction are calculated for all the spin-orbit st...
International audienceN2H+is one of the first molecular ions observed in the interstellar medium and...
International audienceN2H+is one of the first molecular ions observed in the interstellar medium and...
International audienceContext. This work is motivated by the necessity to take account of both the n...
International audienceContext. This work is motivated by the necessity to take account of both the n...
International audienceContext. This work is motivated by the necessity to take account of both the n...
Context. This work is motivated by the necessity to take account of both the nuclear spin symmetries...
In this work are presented results of the experimental study of state selected reactions of H+ and N...
The availability of collisional rate coefficients is a prerequisite for an accurate interpretation o...
Journal ArticleThe reactions of N + (3P) ions with H2 , HD, D2 are examined using guided ion beam ta...
The availability of collisional rate coefficients is a prerequisite for an accurate interpretation o...
International audienceThe availability of collisional rate coefficients is a prerequisite for an acc...
International audienceThe availability of collisional rate coefficients is a prerequisite for an acc...
International audienceThe availability of collisional rate coefficients is a prerequisite for an acc...
International audienceThe availability of collisional rate coefficients is a prerequisite for an acc...
The cross section and rate constants for the title reaction are calculated for all the spin-orbit st...
International audienceN2H+is one of the first molecular ions observed in the interstellar medium and...
International audienceN2H+is one of the first molecular ions observed in the interstellar medium and...