… water/air interface (the limit of infinite size) and show that, under ambient conditions, e − (aq)
is fully hydrated … pulse centered at 250 nm to eject an electron from I − ions adsorbed at the …

… of a partially hydrated electron with most of its electron distribution … water/air interface suggests
a partially hydrated electron 21 , … for e – (aq) buried in the interface 22,23 . The theoretical …

… The features of the surface/interface hydrated electron have been discussed recently in terms
of a high Rydberg state of water squeezed out of the tight hydrogen bond network of water …

… the fully hydrated electron the quasidegeneracy of the three p -type excited states remains
on the water/air interface. The optical absorption spectrum for the surface state electron based …

Using combined path integral−molecular dynamics simulation techniques, we analyze
electronic solvation at the water/air interface. Superficial electrons present a considerable extent …

… volume of solvation for the hydrated electron, in contrast with both … bulk hydrated electron,
there has also been recent interest in the nature of hydrated electrons at the air/water interface. …

… pair with iodine and a free hydrated electron at the water/air interface. Our results suggest
that the hydrated electron is fully solvated in a region of reduced water density at the interface. …

… relative to that of a surfactant-free interface, but the signal changes significantly when the …
hydrated electron might reside 1–2 nm into solvent (122), near enough to the interface to lift …

… water/air interface for a hydrated electron formed by two-photon excitation of water (a), the
hydrated electron … Schematics of the electron distribution at the water/air interface are shown …

… We have characterized the nature of the hydrated proton adsorbed at the water–air interface.
… proton of ∼1.3 kcal/mol at the water–air interface is substantially larger than 0.6 kcal/mol (k …