The Kirkwood-Alder transition describes the transition of these substances into crystals, which can occur to polystyrene molecules. One theory that describes them approximates the force on a curved surface as simply curvature times the unit area free energy on a planar surface. That theory is often approximated by the Derjaguin Approximation and it features terms with the Hamaker interaction constant and the electrostatic double layer repulsion, which is balanced by the (*) Van der Waals force. These substances can only be separated after small particles aggregate together. Described by the DLVO theory, they can under
The Kirkwood-Alder transition describes the transition of these substances into crystals, which can occur to polystyrene molecules. One theory that describes them approximates the force on a curved surface as simply curvature times the unit area free energy on a planar surface. That theory is often approximated by the Derjaguin Approximation and it features terms with the Hamaker interaction constant and the electrostatic double layer repulsion, which is balanced by the (*) Van der Waals force. These substances can only be separated after small particles aggregate together. Described by the DLVO theory, they can undergo flocculation. For 10 points, name these substances exemplified by milk that undergo the Tyndall effect, which are made of very small particles dispersed throughout another substance.
The Kirkwood-Alder transition describes the transition of these substances into crystals, which can occur to polystyrene molecules.
colloids