1. This is equivalent to maximizing predicted favorable interactions and minimizing repulsive interactions . 2. Thus, at sufficiently high temperature, the repulsive interactions dominate at all pressures. 3. At very small distances between the nuclei the repulsive interaction can be regarded as essentially Coulombic. 4. The acetic acid and pectin will display repulsive interactions between the negatively charged oxygens on each molecule. 5. The non-linear increase is first thought to be due to the repulsive interaction between adsorbates. 6. The repulsive interactions are essentially unaffected by temperature, but the attractive interaction have less and less influence. 7. Repulsive interactions may otherwise lead to conformational change of the ligand and, therefore, creating alternative binding modes.8. The repulsive interaction should be proportional to the overlap integrals summed of non-bonding orbitals with exponential relationship: 9. Perhaps the most interesting application of TiNSs is in the development of a material dominated by electrostatically repulsive interactions . 10. This evidence is in contradiction with the PB theory discussed above, which always predicts repulsive interactions in these situations.
