The first attempt to calculate two-dimensional interaction energy between two particles in this system was made by Horvolgyi, while its stability in three dimensions is given by the DLVO model. Gibbs' Phase Rule does not apply to systems of this type. When a beam of light passes through this kind of (*) mixture, it scatters in the Tyndall effect. Depending on the phases involved, it may be called a sol, an emulsion, or an amalgam. For 10 points, name this kind of mixture in which the dispersed particles are smaller than in a suspension and larg
The first attempt to calculate two-dimensional interaction energy between two particles in this system was made by Horvolgyi, while its stability in three dimensions is given by the DLVO model. Gibbs' Phase Rule does not apply to systems of this type. When a beam of light passes through this kind of (*) mixture, it scatters in the Tyndall effect. Depending on the phases involved, it may be called a sol, an emulsion, or an amalgam. For 10 points, name this kind of mixture in which the dispersed particles are smaller than in a suspension and larger than in a solution.
The first attempt to calculate two-dimensional interaction energy between two particles in this system was made by Horvolgyi, while its stability in three dimensions is given by the DLVO model.
colloid