por Albert Rimola | Dic 5, 2022 | Publication
Water formation by reaction of H2 and O on silicate surfaces as a first step towards generation of interstellar ice mantles is possible thanks to the activation of H2 due to interacting with Fe2+ ions and accelerated by quantum tunnelling effects Water is the most...
por Albert Rimola | Oct 17, 2022 | Publication
Sulphur depletion is a long-standing problem in the astrochemical community and computational studies can help in discovering the behaviour of S-bearing species. The first step is understanding what happens to gas phase species when they adsorb on the grains, a...
por Albert Rimola | Sep 13, 2022 | Publication
This is a combined experimental and computational work focused on measuring and calculating binding energies of acetaldehyde, clarify how to reconcile theoretical BEs and experimental TPD data and finally to give astrochemical implications based on the previous...
por Albert Rimola | Sep 13, 2022 | Publication
Theoretical calculations shed light on the adsorption of some of the most common interstellar complex organic molecules on a crystalline water ice surface, underlining the contribution of dispersive forces in accurately describing the interactions in the adsorbate/ice...
por Albert Rimola | Sep 13, 2022 | Publication
The formation of interstellar complex organic molecules (iCOMs) has bee investigated adoting radical-radical coupling reactions on amorphous water ice, finding that many of these reactions do have an energy barrier due to the interaction of the radicals with the water...
