This scientist's namesake rule for nucleation from a vapor states that nucleation of the metastable phase is preferred to the direct transformation to the stable phase near the transition temperature and at high supersaturation. The Kelvin equation gives the increased solubility of a substance bounded by a curved interface that produces his eponymous ripening in foams and solid dispersions. With de Izaguirre, this scientist developed a composite isotherm for the adsorption of components of a solution. The square of the degree of dissociation time the electrolyte concentration equals a constant according to his dilution law, which only holds for weak electrolytes. A process developed by this scientist, which replaced the Birdeland-Eyde process, employs a platinum-rhodium alloy catalyst to oxidize ammonia to a tri-atomic gas that is subsequ
This scientist's namesake rule for nucleation from a vapor states that nucleation of the metastable phase is preferred to the direct transformation to the stable phase near the transition temperature and at high supersaturation. The Kelvin equation gives the increased solubility of a substance bounded by a curved interface that produces his eponymous ripening in foams and solid dispersions. With de Izaguirre, this scientist developed a composite isotherm for the adsorption of components of a solution. The square of the degree of dissociation time the electrolyte concentration equals a constant according to his dilution law, which only holds for weak electrolytes. A process developed by this scientist, which replaced the Birdeland-Eyde process, employs a platinum-rhodium alloy catalyst to oxidize ammonia to a tri-atomic gas that is subsequently passed through water. For 10 points, name this Latvian-born German scientist, who developed a namesake process for the synthesis of nitric acid.
This scientist's namesake rule for nucleation from a vapor states that nucleation of the metastable phase is preferred to the direct transformation to the stable phase near the transition temperature and at high supersaturation.
Wilhelm Ostwald