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Yang W. — Fluidization, Solids Handling, and Processing: Industrial Applications
Yang W. — Fluidization, Solids Handling, and Processing: Industrial Applications



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Название: Fluidization, Solids Handling, and Processing: Industrial Applications

Автор: Yang W.

Аннотация:

The primary emphasis of the book is for industrial applications and the primary audience is expected to be the practitioners of the art of fluidization, solids handling, and processing. It will be particularly beneficial for engineers who operate design plants where solids are handled, transported, and processed using fluidization technology. The book, however, can also be useful as a reference book for students, teachers, and managers who study the particle technology especially in the areas of application of fluidization technology and pneumatic transport.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1999

Количество страниц: 908

Добавлена в каталог: 09.04.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Clusters      23 47 178 192 523
Clusters, dense-phase      570
CMC-Na      397
CO conversion      6
CO, smelting reduction      592
Co-immobilization, algae with bacteria      643
Co-MSFB      545
Coal ash      423
Coal combustion      832
Coal combustion process      476
Coal gasification      319
Coal liquefaction      585
Coal, liquid fuels      583
Coalescence      13 366 371 381 384 385 390 411 416
Coalescence rates      15
Coated particle morphology      355
Coaters, spouted bed      335
coating      250 333
Coating mass morphology      363
Coating mass uniformity      344 354 363
Coating models      353
Coating morphology      344
Coating operations      331 333
Coating regime      387
Coating tablets      263
Coaxial injection      316
Cocurrent solids flow      541
cod      633
Coefficient of restitution      31 381
Coefficient of sliding friction      31
Coefficient, heat transfer      129 154
Cohesion, electrostatic      817
Cohesive forces      64
Cohesive powders      718
Coke      423
Cold flow studies      318
Cold models      3 6 26 77 99
Collapsing bed      556
Collection efficiency      779 780 782 784 794 811
Colliding particles      367
Collisions      441
Colloidal silica      475
Colonization      638
Combustion of suspended dusts      837
Combustion processes      444
Combustors      1 2 23 59 100
Comminution      435 445 463
Concentration levels for explosions      839
Concentration profiles      293 294
Concentric jets      289
Conduction      164
Conductive additives      852
Conductive coatings      835
Conductive particles      825
Cone discharges      849
Cone splitter      762
Cone-dosing valve      735 736
cones      780
Conical distributor plate      244 247 252
Conical grids      211
Conservation of mass      29
Contact angle      373 374 375
Contact efficiency      506
Contact electrification      817 819
Contacting, particle-fluid      556
Contained fluidized bed      660
Containment failures      861
Continuity      572
Continuity equations      33
Continuous cell suspension, processing      658
Continuous coating      354
Continuous mode      474
Continuous processes      441 446
Continuum model      28 29
Contraction of the bed      84
Control of electric charges      852
Convection      169 191
Convection, two-phase      195
Convective coefficient      190 196
Convective coefficient at the wall      191
Convective heat transfer      129
Conversion loss      11
Conveying      712 713
Conveying characteristics      724 739
Conveying pipelines      747 751
Conveying systems      478 480 482
Conveying systems, pneumatic      738
Conveying velocity      483 756
Cooking, wood chips      604 605
copper      493 519
Corex process      588
Cork particles      69
Corona      852
Corona discharge      828 846
Corona needle      853
Corona neutralization      853
Couette device      394
Couette granulator      394
Coulombic forces      832
Counter-down      496
Coupling effect      786
Cracking      1
Cracking catalyst      25
Cracks      398
Cracks, propagation of      398
Critical specimen size      403
Critical strain energy release rates      401 402
Cultures      635
Cultures, mixed      656
Cupriferous iron ore      519
Cushioning effect      472 480
Cut point diameter      794
Cycle time distribution      250 350
Cyclohexane      585
Cyclone attrition      478
Cyclone attrition rate      468 470 472
Cyclone capacity      795
Cyclone cones      780
Cyclone design      783
Cyclone dipleg      316
Cyclone efficiency      146
Cyclone inlet velocity      473
Cyclone inlets      781
Cyclone roof      782
Cyclones      174 360 467 468 773
Cyclones, low loaded      779
Cyclones, roof      782
Damage      480
Dampers      755
DBT      370 372
De-aeration      726
De-aeration factor      727
De-aeration rate      730
De-inking      613
De-inking, recycled paper      604
Death rates      345
Defluidization      118 421 423 556
Deformation, granule      392
Degradation      438 441 443
Degradation behavior      437
Degradation probability      444
Delignification      605 608 609
DeMarco — Lockwood flux model      598
Dense bed      538
Dense bed expansion      88
Dense phase      126 127 683 724
Dense phase convection      191 192
Dense phase conveying      480 683
Dense phase conveying, advantages      693
Dense phase suitability      730
Dense phase system      753
Dense phase transport      683 708
Dense phase transport systems      706
Dense-particle phase      190 171
density      120 185
Density manipulation      641
Density ratio      41 55 72 94 573
Density ratio, solid-to-gas      53 80
Design decisions      257
Design procedure      742
Desulfurization      586
Deterministic chaotic systems      55
Devolatilizer      237 263
Di-butyl-phthalate      see "DBT"
Diameter      364
Diameter effect      725
Diameter, mean      37
Diameter, surface volume mean      720
Dicalite      372
Difficult-to-convey materials      751
Diffusion coefficients      354
Digesters      609
Digesters, batch      608
Dilatometer      423
Dilatometry      418
Dilute phase conveying      480
Dilute-phase flow      752
Dilution liquor      608
Dimensional analysis      654
Dimensionless parameters      69 102
Dimensionless subsidence time      562 565
DIOS process      599
DIOS smelting      601
Dioxin      609
Dipleg pipe      780
Diplegs      316 812 813
Discharge valves, blow tank      749
Discharges      828 846
Discharges, capacitive      841
Discharges, electrostatic      850
Dispersion coefficient      22
Dissipation mechanisms      850
Dissolution test      355
distribution      533
Distributor attrition rate      461
Distributor design      10
Distributor plates      254 257 361
Distributor zone      537
Distributor, bullet-head      516
Distributors, gas      476
DITS      659
Dividing gas streamline      289
Dixon classifications      724
Dixon slugging classification      722
Dolomite/limestone      80
Donor Solvent process      585
Dose-dumping      354
Double entry fluidized bed reactor      660
Downcomer      239 247 250
Downcomer aeration      252
Downcomer pressure drop      242
Downflowing layers      24
Draft tube      237 238 239 240 247 250 335 356 362 364 650
Draft tube fluidized bed reactor      626
Draft tube, multiple      260
Drag coefficient      35 36 43 44 155
Drag, fluid-particle      51
Drift flux      13
Drop shatter tests      452
Droplet size      340
Droplet size, distribution      339
Dry paste      370
Dual-fluid nozzle      339
Dually injected turbulent separation (DITS)      659
Duct design      755
Duct sizing      754
Ductwork      756
Dust      435 758
Dust control systems      760
Dust explosions      837 861
Dust extraction      754 758
Dust extraction system      759
Dust extraction systems      766
Dust hoppers      780
Dust ignition      836 838 841
Dynacracking process      263
Dynamic wave      124
Ebullated bed      585
Ebullated bed reactors      615 616 618
Economics      661
Effective bed emissivity      171
Effectiveness factor      506 651
Efficiency      794
Elasticity      124
Electric field strength      828
Electric field threshold      852
Electrical discharge      828
Electrical grounding      857 865
Electroclamping      836 857 865
Electrofluidized beds      836
Electrolyte concentration      646
Electrostatic discharges      817 837 849
Electrostatic dust ignition      841
Electrostatic effects      69 835
Electrostatic hazards      836 850 854
Electrostatic ignition      818
Electrostatic measurements      831
Electrostatic phenomena      829
Electrostatic potential      828
Electrostatic risks      857
Electrostatic sparks      839 861
Electrosuspensions      825
Elemental chlorine-free (ECF), bleaching      610
Elutriated mass      441 442 445
Elutriated particles      438
Elutriation of fines      316
Elutriation of solid particles      315
Elutriation rate      441 446 450 467
Emissivity      171
EMMS model      570
Emulsion phase      236
Encapsulation      250
Energy dissipation      381 572
Energy requirement      593
Energy transfer      153
Energy-minimized multiscale model      569
Entrainment      131 185 289 308
Entrainment velocity      308
Entrainment, solids      311
Equations, dimensionless      29
Equipment efficiency      512
Equipment, fluidization      854
Equipotentials      827
Ergun equation      41 43 242
Ergun expression      39
Ergun relationship      36 44
Erosion      223 747 780
ESD      817
Esters      585
Ethanol fermentation      658 661
Ethanol production      586
Ethylene polymerization      585
Euler numbers      169
Evaporation of atomized droplets      340
Evaporation time      343
Evaporation, binder      371
Exothermic reactions      837
expansion      122
Expansion effect      483
Expansion, dense bed      88
1 2 3 4 5 6
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