Jan 25, 2021 · The link is about four different ionization processes with light. You can ionize any atom either with a high frequency photon or with many photons with low frequency. When a high frequency photon hit an argon atom, then an electron in the argon can absorb the photon with a certain probability.

Argon has electronic properties (ionization and/or the emission spectrum) desirable for some applications. Other noble gases would be equally suitable for most of these applications, but argon is by far the cheapest.

Received 8 February 2010; accepted 8 February 2010; published online 29 July 2010. The energy levels and observed spectral lines of ionized argon atoms, in all stages of ionization, have been compiled. Sufficient experimental data were found to generate level and line tables for ArIIthrough ArXV.

Nov 20, 2020 · Argon - Ionization Energy. First Ionization Energy of Argon is 15.7596 eV. Ionization energy, also called ionization potential, is the energy necessary to remove an electron from the neutral atom.

Nov 26, 2021 · First Ionization Energy of Argon. First Ionization Energy of Argon is 15.7596 eV. Ionization energy, also called ionization potential, is the energy necessary to remove an electron from the neutral atom. X + energy → X + + e −. where X is any atom or molecule capable of being ionized, X + is that atom or molecule with an electron removed ...

Sep 1, 2010 · The energy levels and observed spectral lines of ionized argon atoms, in all stages of ionization have been compiled. Sufficient experimental data were found to generate level and line tables for Ar II through Ar XV.

Aug 3, 2015 · We present a joint experimental and theoretical study of ionization of argon atoms by a linearly polarized two-color laser field (λ 1 = 800 nm, λ 2 = 400 nm). Changing the relative phase φ between the two colors, the forward-backward asymmetry of the doubly differential momentum distribution of emitted electrons can be controlled.

Feb 8, 2016 · We show from the perspective of electronic structures that the strong ionization is unlikely the result of Mott effect in a pure argon plasma.

Ionization potentials were obtained by measurement as follows: Argon 15.6, nitrogen 15.8, carbon monoxide 15.0, hydrogen 15.1, helium 20.5, mercury vapor 10.1, iodine vapor 8.5. The ionization potential of argon was found to be constant for pressures between 1 and 200 bars.

The energy levels and observed spectral lines of ionized argon atoms, in all stages of ionization, have been compiled. Sufficient experimental data were found to generate level and line tables for Ar II through Ar XV ⁠. For Ar XVI a mix of experimental and theoretical data were used.