Astronomy and Astrophysics · 2014 · 39 citations · 60 references
Natural SciencesAstronomyChemistryAstrochemistryPhysical ChemistrySpectroscopyCircumstellar ChemistryIce ChemistryInterstellar ChemistryInterstellar DustInterstellar Dust EmissionInterstellar GasChlorine ChemistryGas Phase AbundancesGas-phase ReactionsHyperfine Structure ExcitationInelastic Collisional ExcitationInterstellar Gas-phase ChemistryProtostellar CoresProtostellar Heating
Context. The freezeout of gas-phase species onto cold dust grains can drastically alter the chemistry and the heating-cooling balance of protostellar material. In contrast to well-known species such as carbon monoxide (CO), the freezeout of various carriers of elements with abundances <10-5 has not yet been well studied.
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