Notes. ^(a)All desorption energies are determined using the Redhead equation and using an assumed pre-exponential frequency factor of 10¹² s⁻¹ in combination with a heating rate of 0.033 K s⁻¹ (= 2 K min⁻¹). ^(b)Range of peak desorption temperature for 0.1–3.0 ML coverage, see Fig. 5 of Smith et al. (2016). The listed desorption energy is the most probable out of a range of values. ^(c)Peak desorption temperatures and desorption energies of 1 ML coverage experiments, or as close as possible, are listed. The monolayer desorption energy is the most probable out of a range of values. The Ar, Kr, and Xe peak desorption temperatures are determined from the second peak in the TPD traces in Figs. 2–4 of Schneiderman (2022), which is associated with noble gases bound to water ice, while Ne release can occur from 10 to 20 K as shown in Figs. 3 and 2, but it is unclear what is pure phase or water-surface bound desorption.