Translation of intermolecular in Spanish:


intermolecular, adj.

Pronunciation /ˌɪn(t)ərməˈlɛkjələr//ˌɪntəməˈlɛkjʊlə/


  • 1

    • In a solid, the molecules are in close contact, and there is little intermolecular movement.
    • It is quite possible that some kinetic pathway is overwhelmingly enhanced or entirely blocked due to intermolecular interactions or molecular packing.
    • Each sodium molecule is held in place adjacent to the next molecule by weak intermolecular forces.
    • Moreover the now-effective intermolecular forces cause the molecules to arrange themselves into ordered groups.
    • When there are stronger intermolecular forces between the molecules of a liquid, the surface tension should be greater.
    • Brownian dynamics is a powerful theoretical method to study intermolecular interactions in solution.
    • With the formation of intermolecular cross-links, the proportion of fast-reassociating DNA should increase.
    • Its value is dependent on intermolecular forces in the liquid and the molecular complexity of the compound.
    • They are stretched and aligned in a way that will eventually allow them to form strong intermolecular links.
    • In fact, even in liquids and solids intermolecular interactions are only strong for molecules that are next to each other.
    • Some elements, such as the Noble Gases, exist with intermolecular forces and no bonding at all.
    • Most of the intermolecular forces are identical to bonding between atoms in a single molecule.
    • This kind of analysis can provide some information about the arrangement of acceptor molecules and intermolecular interactions.
    • Both intermolecular and intramolecular DNA condensation has been observed experimentally.
    • These forces are called intermolecular forces, and are in general much weaker than the intramolecular forces.
    • These interactions are attractions and repulsions due to intermolecular forces and the fact that the molecules have a definite size.
    • An intermolecular pair interaction between water molecules is also introduced.
    • The other factor adding to the failure of the law of partial pressures at high pressure is the presence of weak, intermolecular forces.
    • The molecular model for ceramide channels is based on the ability of ceramide molecules to form intermolecular hydrogen bonds.
    • To understand the differences in properties of larger molecules, the additivity of intermolecular interactions becomes important.