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[ascl:1303.006] UCL_CHEM: time and depth dependent gas-grain chemical model

UCL_CHEM is a time and depth dependent gas-grain chemical model that can be used to estimate the fractional abundances (with respect to hydrogen) of gas and surface species in every environment where molecules are present. The model includes both gas and surface reactions. The code starts from the most diffuse state where all the gas is in atomic form and evolve sthe gas to its final density. Depending on the temperature, atoms and molecules from the gas freeze on to the grains and they hydrogenate where possible. The advantage of this approach is that the ice composition is not assumed but it is derived by a time-dependent computation of the chemical evolution of the gas-dust interaction process. The code is very modular, has been used to model a variety of regions and can be coupled with the UCL_PDR and SMMOL codes.

Code site:
https://uclchem.github.io/
Used in:
http://adsabs.harvard.edu/abs/2012JPhCS.372a2039A
Described in:
http://adsabs.harvard.edu/abs/2017AJ....154...38H
Bibcode:
2013ascl.soft03006V

Views: 1815

ascl:1303.006
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