LXCat is an open‐access platform (www. lxcat. net) for curating data needed for modeling
the electron and ion components of technological plasmas. The data types presently …

Collisions with electrons from several sources are common throughout planetary
atmospheres. While in most circumstances direct electron impact is less significant than …

Ozone has been widely used for its disinfection properties ever since its efficient production
was made possible by plasma discharges. To-date, many experimental and modeling …

A numerical 0D kinetic model is developed here to simulate the detailed kinetics of the
ground and excited electronic states of atmospheric gases occurring under streamer …

Electrons from the Sun, often accelerated by magnetospheric processes, produce low-
density plasmas in the upper atmospheres of planets and their satellites. The secondary …

In this chapter we describe the current knowledge of a selection of collision processes and
chemical reactions of importance to planetary aeronomy. Emphasis is placed on critical …

Integral cross sections for electron-impact excitation out of the ground-state level X 1 Σ
g+(v′′= 0) to the b 1 Π u, c 3 1 Π u, o 3 1 Π u, b′ 1 Σ u+, c 4′ 1 Σ u+, G 3 Π u, and F 3 Π …

The electronic kinetics of O2 singlet states a1Δg and b1 in the upper and middle atmosphere
of the Earth during energetic electron precipitation is considered. Intramolecular and …

The rate coefficients of vibrational excitation of ground-state molecules N2 (X1Σg+) and O2
(X3Σg−) in processes of the quenching of electronically excited molecules N2 (A3Σu+ …

Electronically excited states of molecular and atomic oxygen (six O 2 and two O) were
implemented in the proposed Multiple Airglow Chemistry (MAC) model as minor species …