SEARCH Articles Figures Tables Abstraction, hydrogen atom, from O—H bonds Abstraction, hydrogen atom, from bonds Addition of bromine atoms to double and triple bonds Addition of carbon atoms to double and triple bonds Addition of chlorine atoms to double and triple bonds Addition of fluorine atoms to double and triple bonds Addition of iodine atoms to double and triple bonds Addition of nitrogen atoms to double and triple bonds Addition of oxygen atoms to double and triple bonds Addition of selenium atoms to double and triple bonds Addition of sulphur atoms to double and triple bonds Addition of tellurium atoms to double and triple bonds Agostic Bonding and Hydrogen Atom Migrations Alkanes Hydrocarbons containing only single bonds between carbon atoms Alternating polarity of atoms in valence bond structures An atomic property expressed as a sum of bond contributions Aromaticity bond orbital atomic charges Atom bond coordinate covalent Atom bond multiple Atom bonding Atom bonding Atom covalent bond Atom electrovalent bonding Atom transfer radical polymerization carbon—halogen bond Atom-Bond Electronegativity Equalization Atom-Bond Electronegativity Equalization Method Atomic Bond Separation Mechanisms Atomic Charges, Bond Properties, and Molecular Energies, by Sandor Fliszar Atomic Structure and Interatomic Bonding Atomic Structure and Polymer Chain Bonds Atomic Structure, Radiochemistry and Chemical Bonding Atomic and bond dipoles Atomic bond distances, optimized Atomic bonding Atomic bonding Atomic bonding energy, 43 (Table Atomic bonding forces Atomic bonding secondary Atomic bonds Applications Atomic bonds Boehmite Atomic bonds Calcium aluminate Atomic bonds Cements Atomic bonds Classifications Atomic bonds Clays Atomic bonds Coesite Atomic bonds Concrete Atomic bonds Deposits Atomic bonds Evaluation Atomic bonds Forming Atomic bonds Glasses Atomic bonds History Atomic bonds Phase diagram Atomic bonds Processing Atomic bonds Production Atomic bonds Structures Atomic distance bond-length, lattice constant Atomic hybrids and bonding geometry Atomic orbital bonding states Atomic orbital chemical bonds Atomic orbital combinations giving rise to bonding molecular orbitals for methane Atomic orbitals bonding between Atomic orbitals bonding molecular orbital Atomic orbitals chemical bonding Atomic orbitals valence bond theory Atomic orbitals, bond formation with Atomic orbitals, combining bonding Atomic overlap matrices, bond orders Atomic properties chemical bonds and Atomic radius/radii bonding Atomic structure and bonding Atomic structure chemical bonds Atomic-Level Bond Breaking Atomic-interaction-based theory chemical bonding Atoms and bonds Atoms bonding interactions between Atoms bonding sites Atoms bonding within polyatomic ions Atoms bonds Atoms bonds Atoms chemical bond strengths Atoms chemical bonds Atoms chemical bonds and Atoms in a Molecule Are Held Together by Chemical Bonds Atoms pi bond between two, with one atom Atoms spring-like bond Atoms, bonded pairs BONDS BETWEEN ATOMS BONDS BETWEEN ATOMS induced Bond Dissociation Energy. Atomization Enthalpy Bond Formation Using Atomic Orbitals Bond Orbitals for Atoms Carrying Unshared Electron Pairs Bond Order in SHMO Theory (Sab 0, One Orbital per Atom) Bond The force that holds two atoms Bond The force that holds two atoms together Bond Type and Atomic Arrangement Bond dissociation enthalpies atomization Bond enthalpies atomization Bond metal atomic orbitals, quadruple Bond strength variation with atomic Bond-atom polarizability Bonded atoms Bonded atoms definition Bonding II Molecular Geometry and Hybridization of Atomic Orbitals Bonding and Atomic Spacing Bonding aspects From atoms to solid state Bonding atomic properties Bonding atomic radius Bonding atomic radius (covalent Bonding between carbon atoms Bonding between chromium atoms Bonding between metal atoms and organic Bonding between metal atoms and organic pi systems Bonding between unlike atoms Bonding halogen atom Bonding heavier ligand atoms Bonding in Atoms with Multiple Connectivity Bonds between In and Group VI Atoms Bonds between atoms and molecules Bonds between different atoms Bonds in atoms Bonds unlike atoms Bonds with Atoms Containing Unshared Electrons Boranes with Two Boron-Bonded Nitrogen Atoms Broken-atomic-bond model By Formation of Three Bonds from Atom Fragments By Formation of Two Bonds from Atom Fragments C-H Bonds Adjacent to a Nitrogen Atom Carbon atom in bond-line drawings Carbon atom, bonding Carbon atom, covalent bond with Carbon atoms bonding characteristics Carbon atoms covalent bonding ability Carbon atoms ionic bond formation Carbon atoms single/double bonds, alternation between Carbon atoms, bonding nature Central atom concepts valence bond theory Chemical Bonding II Molecular Geometry and Hybridization of Atomic Orbitals Chemical Bonds The Formation of Compounds from Atoms Chemical bonding atomic orbital overlap Chemical bonding atomic-number dependence Chemical bonding central atom Chemical bonding of atomic adsorbates Chemical bonding terminal atom Chemical bonding third atomic orbital Complexes with P Units Bonded to M Atoms Coordinate covalent bonds nitrogen atom Coplanar atoms, partial double-bond Covalent Bonds Between Adjacent Atoms Covalent bonds network atomic solid Crystal atomic distance, bond-length Definition of Templates (Polygons, Benzene, Bond, Atom, etc Dianhydro Sugars Not Involving the Anomeric Carbon Atom in Anhydro Bonds Distribution of Atom Types H-bond Donors and Acceptors Double atoms 421 bond conjugated) layer Double bond Effective atomic number Double bond additions carbon atom-alkene reactivity Double bond additions carbon atom-aromatic compound reactivity Double bonds atoms Double bonds chiral carbon atoms Double bonds linked by C and N atoms Double bonds linked by C and P atoms Double bonds linked by C and Si, Ge or Sn atoms Double: bonds, 180 decomposition atoms Effective Bond Charges from Rotation-Free Atomic Polar Tensors Effective Induced Bond Charges From Atomic Polarizability Tensors Effects in Atoms with Consequences for Chemical Bonding Energy of atomic bonds Ethylene, atomic orbital model localized bonds Factors that Influence the Electronic Nature of Bonds and Atoms Fluorine atoms, chemical bonds Formation of Exopolyhedral a Bonds between Cage Boron Atoms and Transition Elements Formation of Two Bonds Atom Fragment by Cycloaddition Formation of Two Bonds Atom Fragment by Other Processes Formation of Two Bonds Four-Atom Fragment and Sulfur Formulation Atomic Valence and Bond Geometry Formulation Bond and Atomic Valence Four-bonded atoms Geometry around Bonded Carbon Atoms Halides and Halogen Atoms as Hydrogen-Bond Acceptors Heavy atom bonds Heavy atom tunneling, hydrogen bonds Heterolytic Fission of Bonds Attached to a Vinyl Carbon Atom Hydrogen Atom Abstraction from a Bonded Carbon Ligands Hydrogen Bonds Involving Fluorine Atoms Hydrogen atom abstraction from 0-H bonds Hydrogen atom bonding interactions Hydrogen atom transfer bond dissociation energies Hydrogen atoms, bond formation Hydrogen atoms, bond formation between Hydrogen bond electronegative atom Hydrogen bond fluorine atom Hydrogen bond nitrogen atom Hydrogen bond oxygen atom Hydrogen bond types chain atoms Hydrogen bonding atoms Hydrogen bonds between oxygen atoms Hydrogen bonds involving transition metal atoms Hypercoordinate Bonding to First-row Atoms Inter-Atomic Vibration, Interaction, and Bonding Localization Intermolecular forces bonding between atoms Intramolecular forces bonding between atoms Iodine bonding atomic radius Metal atomic bond lengths Metal atoms with carbon-halogen bonds Metal atoms, bonding between organic Molecular descriptor hydrogen-bonding donor atoms Monovalent atom bond exchange Network atomic solids bonds Nitrogen atom, bonding Nucleophilic Displacements on Singly Bonded Carbon Atoms OH-bonds, hydrogen atom abstraction from Orbitals, atomic bonding Orbitals, atomic multiple bonds Oxygen Bonded to Activated Tetrahedral Carbon Atoms Oxygen Bonded to Trigonal Carbon Atoms Oxygen atom transfer peroxo bond Oxygen atom, bonding O—H bonds, hydrogen atom abstraction Phosphorus—oxygen bonds atomic hydrogen Pi bond between two atoms Polar Bond, Effective Charges of Atoms Properties of Atoms, Radicals, and Bonds Quadruple Bonds between Transition Metal Atoms Quadruple bonds between metal atoms Reaction carbon atom bonding with Reaction with Free Radicals Hydrogen Atom Abstraction and One- or Three-Electron Bonding Reactions of Carbosilanes Containing Side Chains Bonded to Si-Atoms in the Molecular Skeleton Reactions without Metal-Ligand Atom Bond Cleavage Restricted Rotation about Single Bonds between Atoms with Unshared Electron Pairs Sets of Atoms Differing in Mass or Chemical Bond Strength Siloxane Oligomers with Functional Groups Directly Bonded to the Terminal Silicon Atoms (Si—X) Structural descriptors hydrogen-bonding donor atoms Sure That Each Carbon Atom Has Four Bonds Symmetrical Hydrogen Bonds between Oxygen Atoms THE ATOMIC BONDING OF CARBIDES Tetrahedrally bonded carbon atoms The Atomic Bond The Chemical Bond Formation Energy Based on Rigid Atomic Orbitals The Ionic Bond Transfer of Electrons from One Atom to Another The Oxygen of an Ether Croup Is Bonded to Two Carbon Atoms The atomic sizes and bonding radii of main group elements Three-bonded atoms Three-centre bonds atomic properties Topological Definition of Atoms, Bonds, and Structure Topological atom bonding description Two complexes containing dative and covalent bond distances between identical atom pairs Types of bonds formed by the carbon atom Unstable compounds with double-bonded silicon and germanium atoms (silenes, silanones, germanones, germathiones) Valence bond theory hybridization of atomic orbitals Valence-Bond Structures and Quinquevalent Nitrogen Atoms What orbitals are involved in multiple bond formation between atoms