E. Scheepers

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This article presents a process model of a phosphorus-producing, submerged arc furnace. The model successfully incorporates accurate, multifield thermodynamic, kinetic, and industrial data with computational flow dynamic calculations and thus further unifies the sciences of kinetics and equilibrium thermodynamics. The model is structurally three-dimensional(More)
Material und Methode: Proben (15 cm• 15 cm) aus dreischichtigen, 20 mm UF-Spanplatten wurden fiber Ammoniumbikarbonat 4 h (Behandlung I) bzw. 24 h (Behandlung If) in einem Exsikkator gelagert, um ihre Formaldehydabgabe zu verringern. Der Perforatorwert von 30mg/100g atro Platte nahm nach Behandlung I auf 12 mg/100g atro Platte, bzw. nach Behandlung II auf 6(More)
High temperature processing of raw materials in metals production and recycling often involves complex multiphase fluid flow and heterogeneous chemical reactions at various scales. A good understanding of the process physics and chemistry is crucial for process operation and process development. Computational fluid dynamics (CFD) has become a very useful(More)
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