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Introduction | p. 1 |
An Historical Remark | p. 1 |
A Remark on Nomenclature of Molecular Complexes | p. 2 |
Purpose and Scope: Theory and Experiment | p. 3 |
Covalent Versus Non-covalent Bonds | p. 3 |
Experimental Observables | p. 6 |
Covalent and Non-covalent Interactions in Nature | p. 11 |
Quantum-Chemical Methods for Non-covalent Complexes | p. 12 |
Aims of this Book | p. 14 |
References | p. 14 |
Characteristics of Non-covalent Complexes and Their Determination by Experimental and Theoretical Techniques | p. 21 |
Structure and Geometry | p. 21 |
Microwave and Terahertz Spectroscopy | p. 22 |
Ultrasoft Potentials: The Riddle of the Ammonia Dimer | p. 22 |
From Water Clusters to a Potential for Liquid Water | p. 24 |
Rotational Coherence Spectroscopy | p. 27 |
Quantum-Chemical ab initio Methods | p. 27 |
Gradient Optimisation and Basis Set Superposition Error | p. 30 |
Stabilisation Energy | p. 31 |
Experimental Methods for the Determination of the Binding Enthalpy | p. 32 |
Computation of Stabilisation Energy | p. 39 |
Is Density-Functional Theory Capable of Describing Non-covalent Interactions? | p. 46 |
Quantum Monte Carlo | p. 53 |
Vibrational Frequencies | p. 54 |
References | p. 58 |
Potential-Energy and Free-Energy Surfaces | p. 70 |
Benzene Dimer | p. 70 |
Benzene-Containing Complexes | p. 75 |
Nucleic Acid-Base Pairs | p. 76 |
Accurate Stabilisation Energies of H-Bonded and Stacked Nucleic Acid-Base Pairs | p. 80 |
Verification of Accurate Stabilisation Energies | p. 83 |
Decomposition of Stabilisation Energy Using the Perturbation Calculation | p. 89 |
Microhydrated and Microsolvated Nucleic Acid Bases and Base Pairs | p. 95 |
On the Role of Dispersion Energy on Stabilisation of DNA Double Helix | p. 99 |
Amino Acid Pairs | p. 102 |
On the Role of Dispersion and Electrostatic Energy on Stabilisation and Folding of Proteins | p. 106 |
Carboxylic Acid Dimers | p. 111 |
Peptides | p. 115 |
JSCH-2005 and S22 Database Sets | p. 119 |
Experimental Methods for Exploring Stationary Points on the PES: Stimulated-Emission Pumping | p. 125 |
References | p. 127 |
Classification of Non-covalent Complexes | p. 134 |
Hydrogen Bonding and Improper Hydrogen Bonding | p. 135 |
Dihydrogen Bonding | p. 144 |
Halogen Bonding | p. 145 |
References | p. 149 |
Interpretation of Experimental Results and Types of Molecular Clusters | p. 155 |
Molecule...Rare-Gas Atom Clusters | p. 156 |
NO...Ar | p. 156 |
Benzene...Ar | p. 157 |
C6H5X...Ar Above-Ring ¿-Bound Clusters | p. 158 |
C6H4C12...Ar: (p, m, o-dichlorobenzene)...Ar Clusters | p. 158 |
N-Butylbenzene...Ar (BB...Ar) | p. 159 |
Clustering Dynamics of Bis(¿6-benzene) chromium...Arn Clusters (n = 1-15) | p. 163 |
Fluorobenzene...Ar: Simulation of Rotational ZEKE/MATI Spectra | p. 164 |
Aniline...Arn and Phenol...Arn | p. 164 |
Aniline...Ar and Phenol...Ar | p. 165 |
Aniline...Ar2 and Phenol...Ar2 | p. 170 |
Phenol...Arn Clusters with n > 2 | p. 175 |
Trimer Clusters with Hydrogen and ¿-Bonding | p. 175 |
Phenol...Water...Ar | p. 175 |
Benzene...Water...Ar | p. 177 |
Benzene Dimer | p. 178 |
Benzene...Indole Complex | p. 181 |
Nucleic Acid-Base Pairs in Vacuo | p. 182 |
Ultrafast Hydrogen-Atom Transfer in Clusters of Aromatic Molecules Including Base Pairs | p. 185 |
Photochemical Selectivity in Nucleic Acid Bases | p. 186 |
Proton/Hydrogen Transfer and Hydrogen-Bonded Water Wires | p. 188 |
Experimental and Theoretical Study of the Activity of Proton/Hydrogen Transfer in the 7-Azaindole...Ammonia Clusters | p. 190 |
Helium Nanodroplets: Formic Acid Dimer and Glycine Dimer | p. 191 |
Formation of Cyclic Water Complexes: (H20)n n = 3-6 (Cyclic Water) | p. 192 |
Vibrational Energy Transfer and Predissociation | p. 193 |
Aniline...Ar | p. 193 |
Fluorobenzene...Ar | p. 195 |
9-ethyIfluorene...Arn | p. 196 |
References | p. 197 |
Extended Molecular Clusters in Chemistry, the Atmosphere and Stereospecific Molecular Recognition | p. 206 |
Protonated Water Clusters [H(H2O)n]+ | p. 206 |
Magic Numbers | p. 206 |
Formation of Nanoscale Cages | p. 210 |
Aerosols | p. 210 |
Spontaneous Raman Scattering | p. 212 |
Stimulated Raman Scattering | p. 213 |
Chirality and Molecular Complexes | p. 214 |
Theoretical Approaches to Chiral Recognition | p. 215 |
Experiments in the Gas Phase and Supersonic Jets | p. 216 |
Neurotransmitters: (1S, 2S)-N Methylpseudoephedrine | p. 216 |
References | p. 218 |
Subject Index | p. 221 |
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