With de Waele, this scientist described an early model of a power-law fluid, and he lends his name to a rule which states that in a polymorphic mineral, the least stable polymorph crystallizes first. He invented a type of viscometer which has a U-shaped tube with two bulbs, and this man gives his name to a process that is responsible for the growth of phenocrysts below the solidus temperature and the growth of cloudy microemulsions. That process, in general, sees larger precipitates siphon materials from a smaller one, and is known as his namesake ripening. His namesake law of dilution is used to find the electrical conductivity of an electro
With de Waele, this scientist described an early model of a power-law fluid, and he lends his name to a rule which states that in a polymorphic mineral, the least stable polymorph crystallizes first. He invented a type of viscometer which has a U-shaped tube with two bulbs, and this man gives his name to a process that is responsible for the growth of phenocrysts below the solidus temperature and the growth of cloudy microemulsions. That process, in general, sees larger precipitates siphon materials from a smaller one, and is known as his namesake ripening. His namesake law of dilution is used to find the electrical conductivity of an electrolyte solution, but he's most famous for a process performed in tandem with the Haber-Bosch process in which ammonia is oxidized. For 10 points, name this German chemist whose namesake process creates nitric acid.
With de Waele, this scientist described an early model of a power-law fluid, and he lends his name to a rule which states that in a polymorphic mineral, the least stable polymorph crystallizes first.
Wilhelm {Ostwald}