Sentence examples for electrostatic energy between from inspiring English sources

The total energy of the magnetic centre consists of two parts: (1) the energy of coupling between magnetic moments due to the electrons and the external magnetic field, and (2) the electrostatic energy between the electronic shells and the ligand field, which is independent of the applied magnetic field.

In agreement with the above-mentioned articles, here, we obtained that the electrostatic energy between guanine and cytosine with amine groups is more favorable (lower interaction energy) in comparison with adenine and thymine bases.

The installation draws "known or unknown" people together into the different degrees of proximity in human relationships, using the electrostatic energy between two bodies to trigger sounds and visuals.

The leftmost plot shows the difference in the electrostatic energy between the mixed monolayer, Emixed, and the respective sublattices, Δ E mixed = Emixed − (ENH2-1/2′ + ECN-1/2′′).

The Gibbs free energies include the electrostatic energy interaction between the model and the continuum as well as the cavitation, dispersion and repulsion energy terms.

According to the Su Li energy decomposition analysis, the main energy that drives the interaction between the [Mor-Dalphos-Pd(Ar)] moiety and Cl− is the electrostatic term, therefore, the electrostatic energy interaction between them might be an important factor for taking into account when designing other [Mor-Dalphos-Pd(Ar)]-Cl precatalysts.

The electrostatic energy UELE between two nonbonded atoms follows the conservative Coulomb's law.

Recently, we have critically analyzed the electronegativity scale of Gordy and found that the philosophical basis of designing the scale as the electrostatic energy of attraction between the screened nucleus and the valence electron is scientifically valid.

This simple site, a small (180 Å3) engineered cavity in cyctochrome c peroxidase (CCP), is negatively charged and completely buried from solvent, allowing us to explore the balance between electrostatic energy and ligand desolvation energy in a system where many of the common approximations in docking do not apply.

Similarly, there is no need to know the electrostatic energy across the interface between a gas phase and the interior of a condensed phase.

Isodensity lines spaced by 0.1 eV clearly show that, compared to the common zero defined as the energy of the "left" vacuum level, the electrostatic energy in the region between the molecules decreases continuously for the −NH2 substituted biphenylthiols, while it increases for the −CN substituted molecules.