Noble Gas Chemistry

PREFACE
PART A: AN OVERVIEW OF NOBLE GAS CHEMISTRY
A HISTORICAL INTRODUCTION
The Nobel Prizes of 1904
The Birth of a Myth
A Matter of Environment
Chemistry Officially Begin
Moving on Different Roads
 
TYPICAL COMPOUNDS AND BINDING MOTIFS
Complexes with Neutral and Ionic Ligands
Adsorption, Inclusion, and Cage Complexes
Dicoordinated ("Inserted") Compounds
Polycoordinated Compounds
Miscellanea
 
CHEMISTRY IN DIFFERENT ENVIRONMENTS
Chemistry in the Bulk Phase
Chemistry under High Pressures
Chemistry in Cold Matrices
Chemistry in Supercritical Fluids
 
CHEMISTRY IN SILICO
The Role of Calculations in Noble-Gas Chemistry
Structure and Stability
Bonding Analysis
Reaction Paths, Kinetics, and Dynamics
Solvation and Environment Effects
 
PART B: GAS-PHASE CHEMISTRY OF THE NOBLE GASES
NEUTRAL SPECIES
A Landscape View
Noble Gas Diatomics and Larger Clusters
Complexes with H2 and HX (X = F, Cl, Br)
Complexes with Hydrocarbons
Complexes with H2O and H2S
Complexes with NH3
Complexes with CO, CO2, and COS
Complexes with N2, O2, and N2O
Complexes with Halocompounds
Complexes with Metal Compounds
Inserted Compounds
Cage Compounds
 
IONIC SPECIES
A Landscape View
Ionized Noble Gases
Protonated Noble Gases
Complexes with Metal Cations
Complexes with Metal Anions
Complexes with non-Metal Cations
Complexes with non-Metal Anions
Cage Compounds
Reactions of Singly-Charged Cations
Reactions of Singly-Charged Anions
Reactions involving Doubly-Charged Cations

Felice Grandinetti is professor at the Department for the Innovation in Biological Systems, Food and Forestry (DIBAF) of the University of Tuscia in Viterbo, Italy. Having obtained his academic degrees from the Sapienza University of Rome, he spent his academic and scientific career working for the Italian National Council of Research (CNR) before taking up his present appointment as Professor of General and Inorganic Chemistry at the University of Tuscia. His research activity (accounted in nearly 120 publications) is generally devoted to the experimental and theoretical study of the gas-phase chemistry of inorganic species, and is currently mainly focused on molecules and ions containing noble-gas atoms.