SEARCH Articles Figures Tables Activation energy crystal field theory Activation energy for crystallization Activation energy, of crystallization Bond Energies in Crystals Bond energy crystals Calculated lattice energies of molecular crystals Cohesive energy in ionic crystals Cohesive energy of ionic crystals Complexes crystal field stabilization energy Continuously operated crystallizer energy demand Coulomb energy polar crystals Crystal Technology and its Role for Energy Crystal anisotropy energy Crystal attachment energy Crystal binding energy Crystal defects active dissolution, energy Crystal distortion energy Crystal electrostatic binding energy Crystal energy and the Coulomb field Crystal energy calculation Crystal energy differences Crystal energy lattice vibration frequencies Crystal energy partitioning Crystal energy, quantum mechanical effects Crystal faces, attachments energies, and morphology prediction Crystal field activation energy Crystal field energy Crystal field energy development Crystal field energy levels Crystal field splitting energy The Crystal field stabilisation energies Crystal field stabilisation energy (CFSE Crystal field stabilization energies lanthanides) Crystal field stabilization energy Crystal field stabilization energy CFSE) Crystal field stabilization energy, octahedral Crystal field stabilization energy, octahedral complexes Crystal field theory energies Crystal field theory potential energy term Crystal field theory splitting energy Crystal field theory stabilization energies Crystal formation energy Crystal free energy Crystal growth activation energies Crystal growth attachment energy Crystal lattice energy Crystal lattice energy factors Crystal lattice energy, description Crystal minimum Gibbs free energy Crystal minimum lattice energy Crystal morphology attachment energy Crystal morphology slice energy Crystal morphology surface energy Crystal packing energies Crystal packing energy minimizations Crystal saving energy Crystal structure prediction lattice energy calculation Crystal structure prediction lattice energy minimization Crystal sublimation energy Crystal symmetries energy calculations Crystal vacancies interaction energy Crystal vibrational energy Crystal zero-point energy Crystallization Gibbs free energy Crystallization activation energy Crystallization energy Crystallization energy Crystallization energy requirements Crystallization mass and energy balances Crystallography crystal lattice energy Crystals cohesion energy Crystals cohesive energy Crystals energy bands Crystals surface energy Crystals total energy Defect crystals, Gibbs energies Defective crystal, free energy Diamond, crystal structure energy bands Electric Energy of Liquid Crystals Electronic energy states in crystals Energies ionic crystals Energies of Crystal Field Split Terms Energy Balance of the Continuously Operated Crystallizer Energy Bands in Crystals Energy Calculations and Crystal Structure Predictions Energy Changes in the Formation of Ionic Crystals Energy Resolution of Crystal Spectrometers Energy and Stresses in the Crystal-Melt Interface Energy crystal field splitting Energy crystal-field symmetry Energy level diagrams and crystal field spectra of transition metal ions Energy level diagrams crystal field Energy levels crystal field theory Energy of the Crystal Lattice Energy operator for a molecular crystal with fixed molecules in the second-quantization representation. Paulions and Bosons Energy requirements for crystallization Energy resolution crystal spectrometer Energy spectrum of a crystal lattice electron Free Energy of Ferroelectric Liquid Crystals Free energy calculations liquid crystals Free energy change crystallization Free energy crystallization Free energy harmonic crystal Free energy perfect crystal Free energy quasi-harmonic crystal Free-energy landscape, polymer crystal Harmonic crystal, vibrational energy High-resolution electron energy loss single-crystal surfaces Inorganic compounds crystal lattice energy Interfacial energy crystal-liquid Ionic crystals cohesive energy Ionic crystals energy bands Ionic crystals lattice energy Ionic crystals, formation energy Lattice Energies and Ionic Radii Connecting Crystal Field Effects with Solid-State Energetics Lattice Energy of an Ionic Crystal Lattice energy of crystal Lattice energy of ionic crystals Madelung energy (crystal electrostatic Molecular crystals energy calculations Molecular crystals energy transfer Nematic liquid crystal distortion free energy Neutron Energy Measurement with a Crystal Spectrometer Octahedral crystal field energy level diagram Orbitals and crystal field splitting energies Order of orbital energy levels in crystal field theory Polymer crystallization Gibbs free energy Separation, energy requirement crystallization Single-crystal surfaces surface energy Smectic liquid crystals free energy density Stability constants crystal field stabilization energy Surface Energy and Crystal Shapes Surface free energies during isothermal crystallization Surface free energies polymer crystals Surfaces and surface energies in ionic crystals Temperature crystal vacancies, interaction energy The Energy of Disorder in Crystals The Madelung Constant and Crystal Lattice Energy The calculation of intermolecular energies in crystals The cohesive energy of ionic crystals The lattice energy of a simple ionic crystal Theory and Experiment of Singlet Excitation Energy Transfer in Mixed Molecular Crystals Zero-point energy crystal structure Zinc, crystal structure energy