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CRYSTALLIZATION AND PRECIPITATION ENGINEERING .6. SOLVING POPULATION BALANCE IN THE CASE OF THE PRECIPITATION OF SILVER BROMIDE CRYSTALS WITH HIGH PRIMARY NUCLEATION RATES BY USING THE FIRST-ORDER UPWIND DIFFERENTIATION
Authors: MUHR H DAVID R VILLERMAUX J JEZEQUEL PH
Citation: H. Muhr et al., CRYSTALLIZATION AND PRECIPITATION ENGINEERING .6. SOLVING POPULATION BALANCE IN THE CASE OF THE PRECIPITATION OF SILVER BROMIDE CRYSTALS WITH HIGH PRIMARY NUCLEATION RATES BY USING THE FIRST-ORDER UPWIND DIFFERENTIATION, Chemical Engineering Science, 51(2), 1996, pp. 309-319
CRYSTALLIZATION AND PRECIPITATION ENGINEERING .5. SIMULATION OF THE PRECIPITATION OF SILVER BROMIDE OCTAHEDRAL CRYSTALS IN A DOUBLE-JET SEMIBATCH REACTOR
Authors: MUHR H DAVID R VILLERMAUX J JEZEQUEL PH
Citation: H. Muhr et al., CRYSTALLIZATION AND PRECIPITATION ENGINEERING .5. SIMULATION OF THE PRECIPITATION OF SILVER BROMIDE OCTAHEDRAL CRYSTALS IN A DOUBLE-JET SEMIBATCH REACTOR, Chemical Engineering Science, 50(2), 1995, pp. 345-355
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