In recent times it has become increasingly clear that releases of trace gases from human
activity have a potential for causing change in the upper atmosphere. However, our …

Measurements of hydroxyl (OH*) airglow intensity are a straightforward and cost-efficient
method which allows information to be derived about the climate and dynamics of the upper …

An improved kinetic model for the Meinel bands of OH has been constructed from rate
constants and Einstein A coefficients derived in recent laboratory experiments. Using a …

Rotational temperatures are derived from measurements of the (3-1) transitions of the OH
Meinel bands. They are found to be a reasonable proxy for atmospheric kinetic temperatures …

Over the past 60 years, ground-based remote sensing measurements of the Earth's
mesospheric temperature have been performed using the nighttime hydroxyl (OH) emission …

Nous résumons l'utilisation d'un grand catalogue de spectres astronomiques du ciel pour
étudier différents aspects de la spectroscopie et de la chimie du ciel terrestre nocturne. Les …

This is an evaluation of the daily mesospheric winter temperature series derived from more
than 20 years of ground‐based spectral measurements of the hydroxyl airglow layer from …

Lab-based experimental and computational methods were used to study the atmospheric
degradation of two promising “green” solvents: pinacolone,(CH 3) 3 CC (O) CH 3, and …

OH rotational temperatures are widely used to derive mesopause temperatures and their
variations. Since most data sets are only based on a fixed set of lines of a single band, it is …

Abstract OH (6/2) Q1/P1 and R 1/P 1 airglow emission intensity ratios, for rotational states up
to j′= 4.5, are measured to be lower than implied by transition probabilities published by …