We report the first simultaneous lidar observations of thermosphere‐ionosphere sporadic
nickel and Na (TISNi and TISNa) layers in altitudes∼ 105–120 km over Yanqing (40.42° N …

The first global atmospheric model (WACCM‐Al) of meteor‐ablated aluminum was
constructed from three components: The Whole Atmospheric Community Climate Model …

A dual‐wavelength resonance fluorescence lidar facility, operating at 341 and 589 nm, was
used to observe simultaneously the Ni and Na layers in the upper atmosphere over Yanqing …

We use photofragment ion imaging and ab initio calculations to determine the bond strength
and photodissociation dynamics of the nickel oxide (NiO+) and nickel sulfide (NiS+) cations …

The first global atmospheric model of Ni (WACCM‐Ni) has been developed to understand
recent observations of the mesospheric Ni layer by ground‐based resonance lidars. The …

Aluminum atoms are injected into planetary upper atmospheres by meteoric ablation. Rapid
oxidation of Al by O2 to form AlO is then likely to be followed by reactions with O3, O2, and …

Studies of simple metal ion–ligand complexes have primarily focused on understanding
their roles in activating CH and CC bonds. However, data are often lacking on the …