Despite the low cosmic abundance of deuterium (D/H ~ 10-5), high degrees of deuterium fractionation in molecules are observed in star-forming regions with enhancements that can reach 13 orders of magnitude, a level that current models have difficulty accounting for
A number of multiply deuterated molecular species have been recently detected in the ISM [1]–[6] wit...
International audienceContext. Di-deuterated molecules are observed in the earliest stages of star f...
International audience[abridged] The enhanced degrees of deuterium fractionation observed in envelop...
Despite the low cosmic abundance of deuterium (D/H ~ 10-5), high degrees of deuterium fractionation ...
Context : Despite the low cosmic abundance of deuterium (D/H ~ 1e-5), large degrees of deuterium fra...
Context. The study of deuteration in pre-stellar cores is important in order to understand the initi...
none10siContext. The study of deuteration in pre-stellar cores is important in order to understand t...
Context. The enhanced degrees of deuterium fractionation observed in envelopes around protostars dem...
Context. The enhanced degrees of deuterium fractionation observed in envelopes around protostars dem...
International audienceExtremely high deuteration of several molecules has been observed around low-m...
p. 9Despite progress in the understanding of interstellar medium chemistry, the detailed mechanisms ...
Context. Di-deuterated molecules are observed in the earliest stages of star formation at abundances...
Context. The enhanced degrees of deuterium fractionation observed in envelopes around protostars dem...
Author Institution: Centre d'Etude Spatiale des Rayonnements; Department of Physics, The Ohio State ...
A number of multiply deuterated molecular species have been recently detected in the ISM [1]–[6] wit...
International audienceContext. Di-deuterated molecules are observed in the earliest stages of star f...
International audience[abridged] The enhanced degrees of deuterium fractionation observed in envelop...
Despite the low cosmic abundance of deuterium (D/H ~ 10-5), high degrees of deuterium fractionation ...
Context : Despite the low cosmic abundance of deuterium (D/H ~ 1e-5), large degrees of deuterium fra...
Context. The study of deuteration in pre-stellar cores is important in order to understand the initi...
none10siContext. The study of deuteration in pre-stellar cores is important in order to understand t...
Context. The enhanced degrees of deuterium fractionation observed in envelopes around protostars dem...
Context. The enhanced degrees of deuterium fractionation observed in envelopes around protostars dem...
International audienceExtremely high deuteration of several molecules has been observed around low-m...
p. 9Despite progress in the understanding of interstellar medium chemistry, the detailed mechanisms ...
Context. Di-deuterated molecules are observed in the earliest stages of star formation at abundances...
Context. The enhanced degrees of deuterium fractionation observed in envelopes around protostars dem...
Author Institution: Centre d'Etude Spatiale des Rayonnements; Department of Physics, The Ohio State ...
A number of multiply deuterated molecular species have been recently detected in the ISM [1]–[6] wit...
International audienceContext. Di-deuterated molecules are observed in the earliest stages of star f...
International audience[abridged] The enhanced degrees of deuterium fractionation observed in envelop...
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