SEARCH Articles Figures Tables Adenylate energy charge Adenylate energy charge ratio Adenylate energy charge, metabolic Adenylate energy charge, phosphorylation Adsorption free energy, charge transfer processes Analysis of charged particles for charge, mass and energy Atomic Charges, Bond Properties, and Molecular Energies, by Sandor Fliszar Atomic charges, dielectric constant electrostatic energies Benzene charge transfer transition energy Born charging energies Charge Density and Hydrogen-Bond Energies Charge Distribution Costs Free Energy Charge Madelung energy Charge binding energies Charge carriers, activation energy Charge distribution energy decomposition Charge distribution excitation energies Charge energy level diagram Charge excess energy Charge neutralization energy Charge recombination reorganization energies Charge separated states energy Charge shift reactions, free-energy change Charge site energy Charge transfer chemisorption energy Charge transfer energy Charge transfer free energy surfaces Charge transfer potentials electrostatic energies Charge transfer, adsorption energy Charge transport activation energies Charge-Transfer and Energy Applications Charge-injection energy barriers Charge-separation model energy requirement Charge-transfer absorption band transition energy corresponding Charge-transfer energy gap Charge-transfer interaction energies Charge-transfer reactions thermal energy Charge-transfer transition energy Charged interface, free energy Charged interface, free energy formation Charged particles average energy losses Charged particles energy loss Charged particles linear energy transfer Charged particles, fast-moving, energy losses Charged surface, free energy Charged surface, free energy formation Charging Energy Limited Tunneling CELT) Charging free energy Charging free energy continuum solvation models Charging free energy contributions Chemisorption energy and charge transfer Coulomb charging energy Effect of the Nuclear Charge Distribution on Total Energies Electron Affinities and Charge Transfer Complex Energies Electrostatic energies charges Energy Levels of Charged Particles in Condensed Phases Energy and Charge Distribution Changes from Orbital Interaction Energy and Charge Transfer Energy bond charge separation Energy charge Energy charge Energy charge distribution Energy charge neutralization, description Energy charge-dipole Energy charge-induced dipole Energy charged vesicle surfaces Energy effective nuclear charge Energy levels charge transfer Energy levels, initial charge-separated Energy of Charge Distribution in Field Energy of Charged Capacitors Energy pattern, charge-transfer Energy pattern, charge-transfer transitions Excitation energy, charge-transfer Excitation energy, charge-transfer transitions Free energy charge Free energy charging formula Free energy of a charged surface Free energy of charging Histidine energy charge Indole , with acetic acid charge-transfer energy estimated Internal energy, charge transfer process Kinetic energy of the charged particle Kinetic-energy-to-charge ratio Lattice charge-dipole energy Lattice energy from point-charge model Metabolism energy charge Metabolism energy charge system Metabolites energy charge Nitrogen Charges and Bond Energies Nonlocal charge-density electronic potential energy Nucleotide functions energy charge Orbital energy nuclear charge and Overlapping charge clouds, potential energy Overlapping charge distributions, energies Potential energy charge-dipole interactions Potential energy of charged particles Potential energy of charges Potential energy surfaces describing charge transfer Potential energy total charge Principal Considerations Related to Energy Transfer from Charged Particles Quantum chemical calculations charging free energy contributions Rate-energy leveling, photoinduced charge separation Recombination energy doubly-charged ions Relaxation energy, charge-transfer Relaxation energy, charge-transfer transitions Repulsion energy, charge-transfer Repulsion energy, charge-transfer transitions Repulsive energy, electrically charged Stored charge/energy Thallation charge transfer excitation energies The electrostatic energy charges and dipoles Thermal energy charge-transfer Transfer of Translational Energy in Charge Exchange Transition energy, charge-transfer transitions Vacuum energy composite dipole charges Water charge-transfer interaction energies