Richard Zsigmondy invented a microscope to observe these systems, which can be modeled by DLVO theory.
Pair potentials in these systems can be calculated by an equation which uses the Hamaker constant. The earliest model for a charged metal plate in these systems was developed by Helmholtz, and has been replaced by a modification of the Gouy-Chapman theory named for Stern. Richard Zsigmondy invented a microscope to observe these systems, which can be modeled by DLVO theory. Induction of clumping in these systems is termed flocculation, whereas the dispersion of light in these systems is known as the Tyndall effect. For 10 points, identify these systems wherein small particles are suspended in a medium, exemplified by aerosols and emulsions.
Pair potentials in these systems can be calculated by an equation which uses the Hamaker constant.
{colloids}