The kinetics of this process can be modeled using the Avrami equation, and one method of doing this is Laser-Heated Pedestal Growth. One method of increasing the yield of this process is to move a molten zone through the sample; that's called zone refining. When this process occurs in polymers, spherulites are formed. This process is used as part of resolution by entrainment to separate enantiomers, a method used by Pasteur to separate tartaric acid stereoisomers. Impurities can be removed from the product of this process by decanting, and in introductory labs this process is often performed in a watch glass. A method of improving the yield of this process is to add heated solvent and then cool it down. This process occurs via nucleation around a seed. For 10 point
The kinetics of this process can be modeled using the Avrami equation, and one method of doing this is Laser-Heated Pedestal Growth. One method of increasing the yield of this process is to move a molten zone through the sample; that's called zone refining. When this process occurs in polymers, spherulites are formed. This process is used as part of resolution by entrainment to separate enantiomers, a method used by Pasteur to separate tartaric acid stereoisomers. Impurities can be removed from the product of this process by decanting, and in introductory labs this process is often performed in a watch glass. A method of improving the yield of this process is to add heated solvent and then cool it down. This process occurs via nucleation around a seed. For 10 points, name this process in which an ordered solid is created from a dissolved substance, used to create pure solids.
The kinetics of this process can be modeled using the Avrami equation, and one method of doing this is Laser-Heated Pedestal Growth.
Crystallization [or recrystallization; accept crystal formation or crystal growth or crystal nucleation until mention]