Therefore, these nonpolar molecules require a lower temperature than lauric acid to attract molecules, due to their weak attractive
intermolecular force. A lower temperature will reduce the movement of the molecules and ease the attractive force due to the temporary dipole.
In particular, the interplay between the material properties of the liquid (density, viscosity and surface tension) with slip length and (stabilizing)
intermolecular forces will be considered.
It is the evidence that hydrogen bond or other
intermolecular force between grafted MAH and polymer backbone might be formed.
After the reaction, there still exists polar -NH- group, which can form hydrogen bonds among the adjacent molecular chains and enhance the
intermolecular force to a certain extent.
The solubility of polymer and solvent occurs while their attractive
intermolecular forces are analogous, and it is also expected that materials with related cohesive energy density values are miscible.
The initial reduction of [T.sub.gd] may be attributed to the damage of intermolecular hydrogen bonds resulting in the reductions of
intermolecular forces due to the invasion of water molecules.
Properties like increased strength in the bromocyclopentane is imparted by the strong
intermolecular forces, the magnitude of the forces is the resultant of high dipole-dipole interaction.
After coming to some conclusions about which materials are soluble in which solvents, then the students can be introduced to the theory of
intermolecular forces and the students could make predictions about solubility.
"We couldn't use glue, so we had to understand the
intermolecular forces between the material and our testing devices," Hacopian said.
* Chain mobility because the molecules do not share chemical bonds with other molecules, instead held together by
intermolecular forcesSzalewicz, "Symmetry-adapted perturbation theory of
intermolecular forces," Wiley Interdisciplinary Reviews: Computational Molecular Science, vol.
The initial decrease in the hardness for small amount of filler content is likely caused by the fact that the hardness is dependent on the
intermolecular forces and compactness of the material.