The objective of this work was to derive and experimentally verify a hybrid CST/neural network model to determine the moisture content of the powders produced during paste drying in a spouted bed and describe the highly coupled heat and the mass transfer. The model was derived from overall energy and mass balances with effective drying kinetics given by a neural network. Simulations were performed in MatLab and drying experiments for model verification were carried out for different pastes in a conical, semi-pilot-scale spouted bed.
机构:
Hungarian Acad of Sciences, Research, Inst for Technical Chemistry,, Veszprem, Hung, Hungarian Acad of Sciences, Research Inst for Technical Chemistry, Veszprem, HungHungarian Acad of Sciences, Research, Inst for Technical Chemistry,, Veszprem, Hung, Hungarian Acad of Sciences, Research Inst for Technical Chemistry, Veszprem, Hung
Peter-Horanyi, M.
Pallai-Versanyi, E.
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Hungarian Acad of Sciences, Research, Inst for Technical Chemistry,, Veszprem, Hung, Hungarian Acad of Sciences, Research Inst for Technical Chemistry, Veszprem, HungHungarian Acad of Sciences, Research, Inst for Technical Chemistry,, Veszprem, Hung, Hungarian Acad of Sciences, Research Inst for Technical Chemistry, Veszprem, Hung
Pallai-Versanyi, E.
Vasanits-Varga, E.
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Hungarian Acad of Sciences, Research, Inst for Technical Chemistry,, Veszprem, Hung, Hungarian Acad of Sciences, Research Inst for Technical Chemistry, Veszprem, HungHungarian Acad of Sciences, Research, Inst for Technical Chemistry,, Veszprem, Hung, Hungarian Acad of Sciences, Research Inst for Technical Chemistry, Veszprem, Hung