On a charged amorphous water ice surface, CO binding energy can increase sharply through electron transfer and HCO formation, NH3 binding weakens, and CH4 binding is nearly unchanged.
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Binding energies of small interstellar molecules on neutral and charged amorphous solid water surfaces
On a charged amorphous water ice surface, CO binding energy can increase sharply through electron transfer and HCO formation, NH3 binding weakens, and CH4 binding is nearly unchanged.