The oxygen absorbance was studied at wavelengths 200–270 nm in Schumann-Runge
system behind the front of a strong shock wave. Using these data, the vibrational …

To investigate the details of hydrocarbon photochemistry on Saturn, we have developed a
one-dimensional diurnally averaged model that couples hydrocarbon and oxygen …

We use a one-dimensional diurnally averaged model of photochemistry and diffusion in
Saturn's stratosphere to investigate the influence of extraplanetary debris on atmospheric …

The photoelectron‐excited far ultraviolet dayglow provides a means for remote sensing of
N2, O, O2, and temperature in the terrestrial thermosphere. This paper describes a model …

Laboratory measurements of the absorption cross-section of the Schumann–Runge
continuum of O2 at the temperatures 90 and 295K have been made in the wavelength …

We present a technique for using the measured variations of ultraviolet emissions produced
by radiative recombination at 911 and 1356 A to determine the nighttime altitude distribution …

The formation of O 2 by radiative association and by inverse predissociation of ground-state
oxygen atoms is studied using quantum-mechanical methods. Cross sections, emission …

Aims. This investigation was undertaken to determine the absorption cross sections of
oxygen in the VUV region at temperatures< 50 K. Methods. The absorption spectra of …

Absolute optical oscillator strengths for the photoabsorption of molecular oxygen in the
valence shell discrete electronic excitation region have been measured in the energy range …

The results of a critical reexamination of previous experimental observations of the (X 2 Π g)
nsσ g 1, 3 Π g Rydberg states of O 2 are employed to optimize a coupled-channel …