Sentence examples for binding energy could be from inspiring English sources

The data led us to hypothesize that ion binding energy could be relevant to the abilities of the anions to block cation transportation (F− > Cl− > NO3 −) and even the ion selectivity.

It was hard to understand how a particle with so little binding energy could be stable, however.

It is also found that magnetism has subtle effects on the clustering of Cu because both the substitutional and binding energies could be affected but in different ways depending on the magnetic states.

Additionally, the In 3d peak shifted towards a low binding energy, which could be ascribed to the conversion in the bonding state of In ions due to the loss of Sb ions (Sb vacancies) in InSb nanowires.

McCafferty [47] also observed that the O1s peak possessed a tail peak at the high binding energy values, which could be due to the presence of Ti-OH groups.

Besides, since the binding energy and conformation could be calculated precisely, a promising large-scale in silico design strategy could be applied to gain various enzymes with outstanding characteristics.

The results showed that all of these compounds bind to the binding site of BCRP with relatively suitable binding energies and therefore could be potential inhibitors of both αβ-tubulin and BCRP proteins.

The amphipathic nature of VS toxins is consistent with the headgroup/tail interface of lipid bilayers, and it has been suggested that a significant fraction of the apparent free energy of VS/toxin binding could be accounted for by the free energy of toxin partitioning into the membrane (5), especially if the VS/toxin interface consists of only several residue pairs (2).

After the whole complex of a pharmacophore surrounded by an active site was generated, the energy equilibration protocol was applied to produce an energetically relaxed model until the best possible correlation between calculated and experimental free energy of ligand binding could be achieved.

More generally, the principle that energy consumption enhances binding could be extended beyond chaperone proteins and represent a general mechanism for other biomolecular systems.

Since the typical binding energy of the CO molecule is much lower than the cohesive energy of the ice substrate, all the surface binding sites could be explored without the substrate itself evolving.