This paper is a detailed critical review of the production processes and reactions of N, N+,
N+ 2, N++, and N++ 2 of relevance to Titan's atmosphere. The review includes neutral, ion …

This paper presents a review of the current knowledge on the doubly-charged atomic and
molecular positive ions in the planetary atmospheres of the Solar System. It is focused on …

First results from a new ion trap instrument are presented. With this instrument, ions can be
cooled to temperatures below 4 K using helium buffer gas. Low temperatures and high …

The proton affinities (PAs) of 1‐and 2‐azahelicene were determined using various mass
spectrometric techniques and complementary results from density functional theory. With …

Understanding Titan's atmospheric chemistry is a daunting task because of the multiplicity of
chemical as well as physical processes involved. Chemical processes begin with the …

Electrospray ionization of aqueous silver nitrate is used for the preparation of the disilver-
oxide cation Ag2O+ in the gas phase. The mass-selected cation is capable of activating C …

Thermal reactions of the CF32+ dication with argon lead to the formation of an ArCF22+
dication, a new type of metastable species with an argon− carbon bond. None of the other …

The bimolecular reactivity of molecular dications in the gas phase is reviewed from an
experimental point of view. Recent research has demonstrated that in addition to the …

Abstract The “bare” complex [Cu (PhOH)(PhO)]+ with a phenol (PhOH) and a phenoxy (PhO)
ligand bound to copper is studied both experimentally and computationally. The binding …

Noble gas compounds, which were first discovered in 1962,[1] still receive continuous
interest. In recent years, this field of research experienced an additional boost by the …