Insights Into Chemical Engineering. Selected Papers of P.V. Danckwerts

Content: 
Other Related Pergamon Titles of Interest, Page ii
Front Matter, Page iii
Copyright, Page iv
Foreword, Pages v-vi
Autobiographical Note, Pages ix-xv
General Introduction, Pages xvii-xviii
Introduction to Mathematics of Diffusion with and without Chemical Reaction, Pages 1-3
A1 - Kinetics of the Absorption of Carbon Dioxide in Water, Page 5
A2 - ABSORPTION BY SIMULTANEOUS DIFFUSION AND CHEMICAL REACTION, Pages 6-11
A3 - UNSTEADY-STATE DIFFUSION OR HEAT CONDUCTION WITH MOVING BOUNDARY, Pages 11-26
A4 - ABSORPTION BY SIMULTANEOUS DIFFUSION AND CHEMICAL REACTION INTO PARTICLES OF VARIOUS SHAPES AND INTO FALLING DROPS, Pages 26-38
A5 - TEMPERATURE EFFECTS ACCOMPANYING THE ABSORPTION OF GASES IN LIQUIDS, Pages 38-40
A6 - Gas-absorption accompanied by first-order reaction: concentration of product, temperature-rise and depletion of reactant, Pages 40-41
A7 - Absorption from bubbles of dilute gas, Pages 42-43
Introduction to Gas Absorption and the Design of Absorbers, Pages 45-50
B1 - Significance of Liquid-Film Coefficients in Gas Absorption, Pages 51-75
B2 - KINETICS OF LIQUID-FILM PROCESS IN GAS ABSORPTION. PART I: MODELS OF THE ABSORPTION PROCESS, Pages 76-79
KINETICS OF LIQUID-FILM PROCESSES IN GAS ABSORPTION. PART II: MEASUREMENTS OF TRANSIENT ABSORPTION RATES, Pages 80-86
B3 - The kinetics of absorption of carbon dioxide into neutral and alkaline solutions, Pages 87-100
B4 - Kinetics of CO2 absorption in alkaline solutions—I Transient absorption rates and catalysis by arsenite, Pages 101-108
B5 - Kinetics of CO2 absorption in alkaline solutions—II Absorption in a packed column and tests of surface-renewal models, Pages 109-117
B6 - Kinetics of CO2 absorption—III: First-order reaction in a packed column, Pages 118-121
B7 - THE DESIGN OF GAS ABSORBERS I—METHODS FOR PREDICTING RATES OF ABSORPTION WITH CHEMICAL REACTION IN PACKED COLUMNS, AND TESTS WITH 1½IN. RASCHIG RINGS, Pages 122-134
B8 - THE DESIGN OF GAS ABSORBERS PART II: EFFECTIVE INTERFACIAL AREAS FOR SEVERAL TYPES OF PACKING, Pages 135-138
B9 - DESIGN OF GAS ABSORBERS: PART III—LABORATORY “POINT” MODEL OF A PACKED COLUMN ABSORBER, Pages 139-145
B10 - LABORATORY SCALE-MODEL OF A COMPLETE PACKED COLUMN ABSORBER, Pages 145-156
B11 - Surface instability during the absorption of CO2 by monoethanolamine solutions, Pages 156-157
B12 - Gas absorption with instantaneous reaction, Pages 157-162
B13 - THE EFFECTS OF DIFFUSIVITY IN THE LIQUID ON RATES OF GAS ABSORPTION, Pages 163-171
B14 - Chemical reaction and effective interfacial areas in gas absorption, Pages 171-179
B15 - The effects of catalysis on rates of absorption of CO2 into aqueous amine-potash solutions, Page 179
B16 - THE ABSORPTION OF CARBON DIOXIDE INTO AQUEOUS AMINE SOLUTIONS AND THE EFFECTS OF CATALYSIS, Page 180
B17 - DESORPTION OF CARBON DIOXIDE FROM AQUEOUS POTASH SOLUTIONS WITH AND WITHOUT THE ADDITION OF ARSENITE AS A CATALYST, Page 180
Introduction to Reactions of Carbon Dioxide with Bases and Catalysts in Aqueous Solution, Pages 181-182
C1 - Catalysis by Brönsted bases of the reaction between CO2 and water, Pages 183-193
C2 - Fast reactions of CO2 in alkaline solutions—(a) Carbonate buffers with arsenite, formaldehyde and hypochlorite as catalysts (b) Aqueous monoisopropanolamine (1-amino-2-propanol) solutions, Pages 193-199
C3 - Absorption of carbonyl sulphide in amines and alkalis, Pages 199-201
C4 - Kinetics of the Conversion of Bicarbonate to Carbon Dioxide, Pages 201-208
C5 - THE REACTION OF CO2 WITH ETHANOLAMINES, Pages 208-212
C6 - REACTION OF CO2 WITH ETHANOLAMINES: KINETICS FROM GAS-ABSORPTION, Pages 212-216
Introduction to Residence - Time Distributions and Related Topics, Pages 217-218
D1 - Continuous flow systems: Distribution of Residence Times, Pages 219-229
D2 - Local residence-times in continuous-flow systems, Pages 229-230
D3 - The distribution of residence-times in an industrial fluidised reactor, Pages 231-239
D4 - INVESTIGATION OF AIR-FLOW IN A SPRAY-DRIER BY TRACER AND MODEL TECHNIQUES, Pages 240-246
D5 - Flow-visualization by means of a time-reaction, Pages 247-253
D6 - The Effect of Hold-Up and Mixing on a Stream of Fluctuating Composition, Pages 254-258
Introduction to Mixtures and Mixing, Pages 259-261
E1 - THEORY OF MIXTURES AND MIXING, Pages 262-268
E2 - THE DEFINITION AND MEASUREMENT OF SOME CHARACTERISTICS OF MIXTURES, Pages 268-287
E3 - The effect of incomplete mixing on homogeneous reactions, Pages 288-294
E4 - Measurement of Molecular homogeneity in a mixture, Pages 294-295
E5 - Studies in turbulent mixing—I Dilution of a jet, Page 296
E6 - Studies in turbulent mixing—II A hot-air jet, Page 297
Introduction to Miscellaneous, Pages 299-300
F1 - Perforated-tube flowmeter, Page 301
F2 - GRANULE FORMATION BY THE AGGLOMERATION OF DAMP POWDERS PART I: THE MECHANISM OF GRANULE GROWTH, Page 302
F3 - MASS TRANSFER FROM A GRID PACKING TO AN AIR STREAM, Page 303
Subject Index, Pages 305-306
Index of Co-Authors, Page 307