ADVANCES IN CHEMICAL ENGINEERING
CONTENTS INTRODUCTION: DYNAMICS OF AN INDIVIDUAL CHARGED PARTICLE NOTATION KINEMATICS OF A SINGLE PARTICLE KINETICS OF A SINGLE PARTICLE IMPULSE AND MOMENTUM DYNAMICS IN THE PRESENCE OF AN ELECTROMAGNETIC FIELD SPECIAL CASE # 1: NO MAGNETIC FIELD (EEXT ¼ EEXT 3 E3 AND BEXT ¼ 0) SPECIAL CASE # 2: NO ELECTRIC FIELD (EEXT ¼ 0 AND BEXT ¼ BEXT 3 E3) SPECIAL CASE # 3: COMBINED ELECTRIC AND MAGNETIC FIELDS (EEXT ¼ EEXT 3 E3 AND BEXT ¼ BEXT 3 E3) GENERAL SOLUTIONS: MAGNETIC ROTATION AXES INTERPARTICLE NEAR-FIELD INTERACTION REFERENCES DYNAMICS OF RIGID CLUSTERS OF CHARGED PARTICLES DYNAMICS OF CHARGED CLUSTERS GROUP DYNAMICS OF A RIGIDLY BOUND COLLECTION OF PARTICLES DECOMPOSITION OF THE ELECTROMAGNETIC CONTRIBUTIONS THE OVERALL FORCES AND MOMENTS VARIOUS CHARGE DISTRIBUTION CASES NUMERICAL METHODS FOR THE DYNAMICS OF A CHARGED CLUSTER CLUSTER TRANSLATIONAL CONTRIBUTION CLUSTER ROTATIONAL MOTION TRANSFORMATION MATRICES FOR UPDATES AND INCREMENTAL ROTATION ALGORITHMIC PROCEDURE MODEL PROBLEMS/NUMERICAL EXAMPLES SPECIAL CASE # 1: NO MAGNETIC FIELD (EEXT 6¼ 0 AND BEXT ¼ 0) SPECIAL CASE # 2: NO ELECTRIC FIELD (EEXT ¼ 0 AND BEXT 6¼ 0) GENERAL CASE # 3: COMBINED ELECTRIC AND MAGNETIC FIELDS (EEXT 6¼ 0 AND BEXT 6¼ 0) CLOSING REMARKS DYNAMICS OF FLOWING CHARGED PARTICLES MULTIPLE PARTICULATE FLOW IN THE PRESENCE OF NEAR-FIELDS PARTICULATE DYNAMICS WITH NEAR-FIELDS MECHANICAL CONTACT WITH NEAR-FIELD INTERACTION ‘‘FRICTION’’ (RESISTANCE TO SLIDING) RESTRICTIONS ON FRICTION COEFFICIENTS VELOCITY-DEPENDENT COEFFICIENTS OF RESTITUTION ITERATIVE SOLUTION SCHEMES GENERAL TIME-STEPPING SCHEMES MODIFICATION OF THE TIME-STEPPING SCHEME FOR IMPACT ITERATIVE (IMPLICIT) SOLUTION METHODS RECURSIVE SOLUTION THERMAL EFFECTS AND COUPLED SYSTEMS AN ENERGY BALANCE NUMERICAL SCHEME SPECIFIC RELATION FOR REACTIONS SPECIFIC RELATION FOR CONDUCTION MULTIPHYSICAL STAGGERING SCHEME A GENERAL ITERATIVE FRAMEWORK MODEL PROBLEMS INITIAL CONFIGURATIONS: PREPROCESSING NUMERICAL EXAMPLES CHARGED PARTICLE IMPACT ON ELECTRI?ED SURFACES TRANSVERSE MOTION OF IMPACTING PARTICLES QUALITATIVE TRENDS FOR CHARGED PARTICLES ON ELECTRIFIED SURFACES A SINGLE PARTICLE TWO PARTICLES MULTIPLE PARTICULATE EXAMPLES: PROGRESSIVELY ELECTRIFIED SURFACES AND FIGURES OF MERIT FOR COATING QUALITY REMARKS ON MAGNETIC FIELD INTERACTION OBSERVATION 1: HIGHER-ORDER STATISTICS OBSERVATION 2: ENHANCED KINEMATICS-ROLLING AND SPIN AN INTRODUCTION TO MECHANISTIC MODELING OF SWARMS A BASIC CONSTRUCTION OF A SWARM ENVIRONMENTAL DAMPING A MODEL PROBLEM: CHASING A MOVING TARGET ANOTHER MODEL PROBLEM: MULTISITE SEARCH DISCUSSION AND CONCLUDING REMARKS