INTERACTION FORCES BBTWBEN BIOLOGICAL AND OTHER POLAR ENTITIES IN WATER: HOW MANY DIFFERENT PRIMARY FORCES ARE THERE?
Title:
INTERACTION FORCES BBTWBEN BIOLOGICAL AND OTHER POLAR ENTITIES IN WATER: HOW MANY DIFFERENT PRIMARY FORCES ARE THERE?
Author:
van Oss, C. J.
Appeared in:
Journal of dispersion science and technology
Paging:
Volume 12 (1991) nr. 2 pages 201-219
Year:
1991
Contents:
Whilst mention of at least 17 different varieties of non-covalent interactions in polar media can be encountered in the recent literature, it can be shown that most of these are not themselves separate primary physical-chemical forces, but secondary manifestations of one or several such primary forces. The underlying primary forces that play a role in aspecific or specific non-covalent interactions between colloidal entities in aqueous media are limited to: Lifshits-vaa der Waals forces, electrostatic forces, hydrogen-bonding interaotions (or more generally, polar, or Lewis aoid-base interactions) and Brownian motion-induced interactions. In some instanoss one must, in addition, dsal with repulsive forces between free or attached macromolecules that become enhanoed by chain elastioity phenomena, which are, however, not easily quantifiable.
Journal description