SEARCH Articles Figures Tables Active sites electron orbitals Algebraic solutions electronic orbital An orbital explanation of electron-counting rules Angular momentum electron orbital Angular momentum electronic orbital, conservation Antibonding electron orbital Appendix —Four Electrons Three Orbitals VB Treatment Approximate Molecular Orbital Theory for 4-Electron 3-Centre Bonding Units Atom superposition, electron delocalization molecular orbital approach Atom-superposition electron-delocalization molecular orbital Atom-superposition electron-delocalization molecular orbital theory Atomic Orbitals A Quantum Mechanical Description of Electrons Around the Nucleus Atomic Orbitals, Electron Spin, Linear Combinations Atomic orbitals allocating electrons Atomic orbitals electron assignment Atomic orbitals electron configuration and Atomic orbitals electron density Atomic orbitals electron density surfaces Atomic orbitals electron probability curves Atomic orbitals electron shells Atomic orbitals electronic structure calculations Atomic orbitals valence-shell electron-pair Atomic orbitals, electron transfer Atomic orbitals, electron transfer between Atomic orbitals, electronic configurations and the Periodic Table Atomic structure orbitals and electronic configurations Atoms, Electrons, and Orbitals Availability of electron orbitals in metals and metalloids Bond Orbitals for Atoms Carrying Unshared Electron Pairs Bonding molecular orbitals electronic transitions from Centre Molecular Orbitals and Pauling 3-Electron Bonds Classical electron orbit Classifying molecular orbitals and electronic states Combining the Localized Electron and Molecular Orbital Models Complex-valued natural orbitals in electron wavepacket dynamics Confined atoms, electronic structure orbital energies Core electrons molecular orbital theory D electron orbital populations D orbitals electrons D-orbital electronic configuration Delocalized Electrons An Explanation Based on Molecular Orbital Theory Delocalized Molecular Orbital Theory for 4-Electron 3-Centre Bonding Units Delocalized electrons molecular orbital description Delta-orbital electron, bonding Delta-orbital electron, bonding bonds Diatomic molecule, orbitals electron configuration Double bond, electronic structure molecular orbitals Dynamic electron correlation energy orbitals Dyson orbitals electron propagator calculations Dyson orbitals, momentum density, electron Economical description of electron orbitals Effective one-electron spin-orbit Hamiltonians Electron Configurations How Electrons Occupy Orbitals Electron Configurations of the Lanthanides and f Orbitals Electron Densities and Frontier Orbital Energies Electron Density Distributions and Molecular Orbitals Electron Orbital Assignments for Some Transition Elements Electron Repulsion and Bond Angles. Orbital Hybridization Electron configuration and orbital hybridization Electron configuration orbitals Electron configurations orbital diagrams Electron configurations orbital wave functions Electron delocalization molecular orbital Electron excitation probability atomic orbitals approximation Electron orbit transition Electron orbit-nuclear spin interaction Electron orbital compatibility Electron orbital dipole moment Electron orbital levels Electron orbital models Electron orbital motions Electron orbital specificity Electron orbital transitions Electron orbital, nuclear magnetic resonance Electron orbitals Electron orbitals Electron orbitals for Electron orbitals hybrid Electron orbitals overlapping Electron orbits occupied Electron paramagnetic resonance spin-orbit coupling Electron propagator theory corresponding orbitals Electron repulsion orbitals, an approximation Electron spin-orbit energy Electron transfer orbital interaction Electron transfer, long range and orbital Electron transfer, long range and orbital interactions Electron, orbiting Electron, orbiting Electronic Hamiltonian, conical intersections spin-orbit interaction Electronic charge distribution molecular orbital theory Electronic conductivity orbital ordering Electronic configuration molecular orbitals Electronic configuration orbitals Electronic coupling frontier molecular orbital interactions Electronic d orbitals Electronic density orbital language Electronic excitation between complementary orbitals Electronic frontier molecular orbital energy Electronic magnetic dipole orbital angular momentum Electronic orbital Electronic orbital control Electronic orbits Electronic structural model fragment orbital type Electronic structure atomic orbitals Electronic structure frontier orbitals Electronic structure representation molecular orbitals Electronic structure spin-orbit coupling Electronic transitions between molecular orbitals Electrons anti-bonding orbitals Electrons atomic orbitals Electrons in atomic orbitals Electrons in d orbitals Electrons in orbitals Electrons molecular orbitals and Electrons occupation of orbitals Electrons occupy atomic orbitals Electrons occupying orbitals Electrons orbital approximation Electrons orbital shapes Electrons orbital velocities Electrons orbits Electrons relaxed orbitals) Electrons, valence orbitals Energies of Atomic Orbitals in Many-Electron Systems Free, electron molecular orbital theory Free, electron molecular orbital theory electrons Free, electron molecular orbital theory energy Free, electron molecular orbital theory radicals Free, electron molecular orbital theory valence Free-electron model highest occupied molecular orbital Free-electron model lowest unoccupied molecular orbital Free-electron molecular orbital method FEMO) Free-electron molecular orbital model Free-electron molecular orbital model description Free-electron molecular-orbital Free-electron molecular-orbital method Free-electron-nonbonding molecular orbital Frontier orbital theory electron densities Full One- and Two-Electron Spin-Orbit Operators Gauge-including atomic orbital density functional theory, electron General Form of One-Electron Orbitals in Periodic Potentials— Blochs Theorem Ground state electron orbitals Ground-state wave function electronic Hamiltonian, spin-orbit Highest occupied molecular orbital electron injection Highest occupied molecular orbital, unpaired electron Highest occupied molecular orbitals HOMOs). electron promotion Hiickel molecular orbitals electron configurations How Are Electrons in Orbitals Represented How to find electronic orbitals and configurations in NBO output Hybrid orbitals electron-group geometry Hybrid orbitals lone electron pairs ISOTOPES, ELECTRON ORBITALS, AND THE PERIODIC TABLE Independent-electron models orbital functional theory K orbital electrons Ligand orbitals, exchanged electron Localized electron model hybrid orbitals Localized electron orbital models Localized electron orbitals Localized molecular orbitals many electron correlation effects Lone pair orbitals adjacent electron rich interactions Lowest unoccupied molecular orbital electron injection Lowest unoccupied molecular orbitals LUMOs), electron promotion Magnetic field orbiting electrons Many-electron molecular orbital Many-electron molecular orbital wavefunctions Many-electron wave functions atomic orbitals approximation Matrix elements many-electron spin-orbit Metal orbitals, exchanged electron Modified free-electron molecular orbital Molecular Orbital Theory Electron Delocalization Molecular Orbital Treatment of Many-Electron Systems Molecular geometry orbitals Valence-shell electron-pair Molecular orbital A one-electron Molecular orbital calculation-constrained electron diffraction Molecular orbital calculations electronic structures Molecular orbital calculations multiple electronic states Molecular orbital electron counting rule Molecular orbital methods electron correlation Molecular orbital methods electron distribution from Molecular orbital theory electron correlation Molecular orbitals , nuclear magnetic density functional theory, electron Molecular orbitals and electronic Molecular orbitals and electronic states Molecular orbitals and electronic transitions Molecular orbitals electron clouds Molecular orbitals electron model Molecular orbitals electron spectra Molecular orbitals valence shell electron-pair Molecular-orbital electron configurations Multi-Electronic Orbitals in the Crystal Field Multi-electron atoms orbital energy Numbers of Electrons and Orbitals One-Electron Molecules and Orbitals One-Electron, Two-Orbital Interaction One-electron atoms Atomic orbitals One-electron orbit One-electron orbital energies Orbital (MO) Theory and Electron Delocalization Orbital Energies and Total Electronic Energy Orbital Interaction Between a Nucleophilic Radical and an Electron-poor Alkene Orbital angular momentum of electron Orbital electron capture Orbital electron configuration and Orbital electronic configuration Orbital energy electron repulsion and Orbital energy of electrons Orbital interactions and long-range electron Orbital interactions four electron Orbital interactions zero electron Orbital momentum electron Orbital ordering, electronic Orbital properties 77 electron systems Orbital quantum number multi-electron species Orbital splitting and electron spin Orbital total electron density Orbital vs. Density Electronic Localization in Bonding Orbitals and Electronic Structure Orbitals and Hybridization in Electron-Sharing Bonds of Transition Metals Orbitals and electron pairing in valence-bond theory Orbitals electron shell Orbitals electron spin Orbitals electrons and Orbitals localized electron model Orbitals number of electrons Orbitals of electrons Orbitals, electronic Orbitals, exchanged electrons Outermost electrons orbital Outermost electrons spherical orbital P orbital electrons Pyridine electron orbitals Radiation, emitted from orbiting electrons Rydberg electron high orbital angular momentum states Scenario 2—There is a Single Unpaired Electron in One of the Orbitals Scenario 6—There are Three Electrons in a Triply Degenerate Orbital Singly occupied molecular orbital single electron transfer oxidation Skill 1.3c-Predict molecular geometries using Lewis dot structures and hybridized atomic orbitals, e.g., valence shell electron pair repulsion model (VSEPR) Spin-orbit coupling conduction electrons Spin-orbit coupling electron delocalization Spin-orbit coupling electronic Hamiltonian Spin-orbit coupling transition metal electronic structure Spin-orbit interaction electronic Hamiltonian Spin-orbit interaction various electrons Surface electron orbitals The Free-Electron Molecular Orbital Method The One-electron Bond and Non-paired Spatial Orbital Structures The Wavefunctions of Many-Electron Atoms Can Be Described to a Good Approximation Using Atomic Orbitals Three-Electron, Two-Orbital Interaction Two-component all-electron methods for spin-orbit coupling Two-electron orbit Two-orbital-four-electron interaction Two-step treatment of electron correlation and spin-orbit coupling Valence bond theory 3 orbitals with 3 electrons Valence bond theory 6 orbitals with 6 electrons, benzene Valence electron orbital Valence electrons molecular orbital mode) Valence-shell electron-pair repulsion theory orbital hybridization Virtual orbitals, electron correlation Wave Properties of Electrons in Orbitals Zero-Electron, Two-Orbital Interaction