One type of this substance undergoes Ostwald ripening. One theory of these substances has largelybeen replaced by CAT theory and uses approximations from Debye-Huckel theory to linearize thePoisson-Boltzmann distribution and enable its analytic solvability. In a substance that helps formand stabilize one type of these substances, the intersection of the solubility and CMC curves can beused to find the Krafft temperature, above which (*) micelles form. The primary way of generating onetype of this substance is through the use of a nebulizer, and that previously mentioned theory was DLVOtheory. For 10 points, name this substance that consists of particles dispersed in a continuous medium,which includes emulsions and aerosols.
One type of this substance undergoes Ostwald ripening. One theory of these substances has largelybeen replaced by CAT theory and uses approximations from Debye-Huckel theory to linearize thePoisson-Boltzmann distribution and enable its analytic solvability. In a substance that helps formand stabilize one type of these substances, the intersection of the solubility and CMC curves can beused to find the Krafft temperature, above which (*) micelles form. The primary way of generating onetype of this substance is through the use of a nebulizer, and that previously mentioned theory was DLVOtheory. For 10 points, name this substance that consists of particles dispersed in a continuous medium,which includes emulsions and aerosols.
One type of this substance undergoes Ostwald ripening. One theory of these substances has largelybeen replaced by CAT theory and uses approximations from Debye-Huckel theory to linearize thePoisson-Boltzmann distribution and enable its analytic solvability.
colloids [prompt on emulsions or aerosols]