This review focuses on noncovalent metal ion–ligand complexes and measurements of the
bond energies of such species. The method utilized in this work is threshold collision …

In this review, noncovalent interactions of ions with neutral molecules are discussed. After
defining the scope of the article, which excludes anionic and most protonated systems …

Understanding the energy it takes to build or break chemical bonds is essential for scientists
and engineers in a wide range of innovative fields, including catalysis, nanomaterials …

4. Conclusion This study showed that the application of the Guggenheim and Adam method
and the Butler equation yieldreasonable orders of magnitude of the water mole fraction …

The sequential bond energies of the mono-and bis-benzene complexes of the first-row
transition metal ions, M+= Ti+-Cu+, are determined by collision-induced dissociation with Xe …

Over the past 20 years, ion beam methods have become a reliable experimental tool for the
determination of thermochemical data. Confidence in these methods has required the …

Absolute reaction cross sections for interaction of 3+(20)(x= 1-5) with xenon are determined
from thermal energies to 20 eV (CM) by using guided ion beam mass spectrometry. In all …

ion beam tandem mass spectrometer. Values for the 0 K bond energies (in eV) are
determined to be D (Cr+-CO)= 0.93±0.04, D [(CO) Cr+-CO]= 0.98±0.03, Z)[(CO) 2Cr+-CO] …

Bond dissociation energies (BDEs) of M+ [c-(C2H4O) 5] and M+ [c-(C2H4O) 6] for M= Na, K,
Rb, and Cs are reported. The BDEs are determined experimentally by analysis of the …

Threshold collision-induced dissociation of M+ L (M+= Li+, Na+, and K+; L= uracil, thymine,
and adenine) with xenon is studied using guided ion beam mass spectrometry. In all cases …