The phrase "attractive contributions" is correct and usable in written English.
It can be used to describe contributions that are appealing or valuable in some context, such as in discussions about ideas, projects, or financial donations.
Example: "The committee was impressed by the attractive contributions made by the participants, which enhanced the overall quality of the project."
Alternatives: "appealing contributions" or "valuable contributions".
Decomposition analysis of the total binding energy showed that for all the complexes, the dispersion energy is the dominant attractive contribution, and a rather large attraction originating from electrostatic contribution is compensated by its exchange counterpart.
Shulamit Ran's attractive contribution, "Bach-Shards," a prelude to Contrapunctus X, is built of themes couched in a Bach style but in settings that move far afield and take the breadth of the Brentanos' experience into account.
Then it is demonstrated that reasonable models for the SW and LJ systems are liable to arise from the HS model by just introducing an attractive contribution.
For all complexes investigated, the dispersion energy is the dominant attractive contribution.
Moreover, the NCI analysis also shows, for the 2,6-difluorinated derivatives, that an additional CαH⋅⋅⋅F attractive contribution occurs, as illustrated in Figure 5 with the example of the 1 c g_ chel conformer.
With NCI, an attractive contribution relative to the interaction between the C F and C O(H) groups systematically outweighs the repulsive counterpart associated with the parallel orientation of the two corresponding dipoles (see the Supporting Information, TablesS14 S22), hence corresponding to an effective IMHB, as illustrated by the blue isosurfaces shown in Figure 7.
Moreover, the dynamics of Val179, Tyr181Cys, Gly190 and Leu234 in the binding pocket showed additional attractive energetic contributions in helping nevirapine binding.
A nonzero overall particle charge results into a different interplay between the directional attractive and repulsive contributions to the interparticle effective potential.
The conformations are evaluated using an energy-based scoring function that includes attractive and repulsive contributions to the van der Waals interaction energy, an electrostatic energy term, and a pairwise interaction potential representing desolvation effects.
The overall particle charge affects the ratio of the directional attractive and repulsive contributions to the effective interactions; the same effect has also been reported in a recently proposed and related model.
