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Citation: A. Arbel et al., DYNAMICS AND CONTROL OF FLUIDIZED CATALYTIC CRACKERS .4. THE IMPACT OF DESIGN ON PARTIAL CONTROL, Industrial & engineering chemistry research, 36(3), 1997, pp. 747-759

Authors: ARBEL A RINARD IH SHINNAR R

Citation: A. Arbel et al., DYNAMICS AND CONTROL OF FLUIDIZED CATALYTIC CRACKERS .3. DESIGNING THE CONTROL-SYSTEM - CHOICE OF MANIPULATED AND MEASURED VARIABLES FOR PARTIAL CONTROL, Industrial & engineering chemistry research, 35(7), 1996, pp. 2215-2233

Authors: RINARD IH

Citation: Ih. Rinard, CORE MODELS, COORDINATORS, AND CONNECTORS IN THE DYNAMIC MODELING ANDSIMULATION OF MULTIPHASE SYSTEMS, Computers & chemical engineering, 20, 1996, pp. 969-974

Authors: ARBEL A RINARD IH SHINNAR R

Citation: A. Arbel et al., DYNAMICS AND CONTROL OF FLUIDIZED CATALYTIC CRACKERS .2. MULTIPLE STEADY-STATES AND INSTABILITIES, Industrial & engineering chemistry research, 34(9), 1995, pp. 3014-3026

Authors: ARBEL A HUANG ZP RINARD IH SHINNAR R SAPRE AV

Citation: A. Arbel et al., DYNAMIC AND CONTROL OF FLUIDIZED CATALYTIC CRACKERS .1. MODELING OF THE CURRENT GENERATION OF FCCS, Industrial & engineering chemistry research, 34(4), 1995, pp. 1228-1243