The study of the evolution of the conduction band in dense gases and supercritical fluids
near the critical point has been complicated by a lack of precise experimental …

In this Letter, field ionization of O2 doped into Ne is used to extract the minimum energy V0
of the conduction band in dense Ne, and a novel critical point effect is observed. These …

Since electronic excited states are sensitive to the local fluid environment, dopant electronic
transitions are an appropriate probe to study the structure of near critical point fluids (ie …

We present for the first time the quasi-free electron energy V 0 (ρ) for H 2, D 2, and O 2 from
gas to liquid densities, on noncritical isotherms and on a near critical isotherm in each fluid …

We have calculated the background energy (V 0) for positrons in noble gases with an ab
initio potential and the Wigner–Seitz (WS) ansatz. In contrast to the general pseudo-potential …

We present for the first time the quasi-free electron energy V0 (ρ) in helium from low density
to the density of the triple point liquid (gaseous helium/liquid helium I/liquid helium II triple …

Previous experimental studies of the quasi-free electron energy V0 (ρ) in dense fluids either
directly measured V0 (ρ), using photoemission from an electrode immersed in the fluid, or …

Field enhanced photoemission is used to measure the density dependent quasi-free
electron energy V0 (ρ) in the strongly absorbing gas N2 for the first time. V0 (ρ) in N2 was …

In this Letter, temperature effects on the perturber induced shift ΔD (ρP)[ρP≡ perturber
number density] of the dopant ionization energy in the repulsive gases Ne and He are …

The possibility for solvation of an electron in a non-polar liquid by an excitation collision is
considered in the context of capture into natural fluctuations. We focus on liquid methane as …