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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
Experimental verification      65
Explosion examples      859
Explosion incidents      859
Explosion risk      839
explosions      818 829 837 849
Explosions, secondary      861
Extraction systems, dust      754
Falling cluster strands      198
Falling strands      198
False roof      782
Fast fluidization      173 174 523 525 533
Fast fluidized beds      178 185
Fast fluidized beds, hydrodynamics      175
FCC catalyst      122 225 229 564 570
Feed line      289
Feed temperature      618
Fermentation      583 586 626 634
Film coating techniques      332
Film resistance      165
Filtration      360
Fine particles      315
Fine powder      365
Fines      315 435 440 835
Fines, reinjection      315
Fines, residence time      315 317
Fire triangle      837
Fires      818 829
Fischer — Tropsch (F-T)      584 614 619
Fixed bed systems      583
Fixed beds      169
Flakes      758
Flamelike jet      308 311
Flammable dust      818
Flat distributor plate      244
Flexible intermediate bulk containers      859
Floes      651
Flooding point characteristic      497
Flotation cells      613
Flotation de-inking      613
Flow      115
Flow aids      392
Flow behavior      726
Flow patterns      296
Flow rates, gas      647
Flow ratio      245 247
Flow regime transitions      20
Flow regimes      154
Flow splitting      760 762
Flow splitting system      765
Flow system, two-phase      572
Flow through packed beds      154
Flue gas desulfurization      586
Fluid bed granulation      366 372
Fluid bed granulator      387
Fluid dynamics model      317
Fluid flow, no net      546
Fluid mechanics      197
Fluid penetration rate      377
Fluid-bed granulator      357
Fluid-lift solids recirculator      237
Fluid-particle drag      51
Fluid-particle interaction      570
Fluid-particle systems      112
Fluidization      423 567 573 718
Fluidization characteristics of particles      556
Fluidization equipment      854
Fluidization properties      421
Fluidization regime      644
Fluidization regimes      139 154
Fluidization systems      583
Fluidization, classification diagram      718
Fluidization, semi-      551
Fluidization, velocity      113 118 161 254 720
Fluidized bed combustor      59
Fluidized bed granulation      365
Fluidized bed process      113 455
Fluidized bed tests      449
Fluidized beds      1 22 100 435 445 585
Fluidized beds with draft tube      356
Fluidized beds, advantages      331
Fluidized dense-phase      724 752
Fluidizing characteristics      562 564 565 567
Fluidizing-discharge-cone      735 736
Flux model      598
Fly ash      739
FMC char      270
Foaming      600
Foaming slags      602
Food industry      335
Force balance      572 703
Force probe      276 279 299
Foscolo and Gibilaro theory      125
Foster Wheeler circulating bed      100
Fractional efficiency      777
Fractional heat recovery      509
Fracture toughness      399 400 402
Fragmentation      437 439
Free fall      506
Freeboard region      317
Frequency ratios      69
Friability      446 447 453
Friability tests      447 448 452
Friction      31
Friction angle      38 75
Friction factor      154 243 695 742
Froude number      25 38 44 61 270 272 748
Fuel, unanticipated      862 863
Funnel-flow effects      733
Furnace, energy efficiency      593
G/S contacting      502 504 506 508
G/S contacting, bubbleless      507
G/S particle systems      506
Gas bypassing      244 245 247 250 252
Gas conductivity      158
Gas convection      169
Gas convective component      87
Gas density      112 113 120
Gas distributors      209 455 476
Gas filtering      360
Gas flow      361
Gas flow rates      647
Gas handling equipment      357
Gas holdup      645 646
Gas inertia      53
Gas inlet devices      32
Gas leakage from bubble      275
Gas logging      660 661
Gas mixing      289
Gas phase convection      191
Gas thermal properties      191
Gas tracer      245
Gas velocity      10 173 422 441 464 480 482
Gas viscosity      112 113 120 131
Gas-solid contacting      4
Gas-solid two-phase jets      265 308
Gas-to-solid density ratio      94 97
Gas/solid (G/S) contacting      502 see
Gasification      263 319
Gasification, coal      599
Gasifiers      90 315
Gatty system      686
Gauss's law      826
Geldart classification      720 721 722
Geldart Group      114 120
Geldart Group A powders      119
Geldart powder categories      75
Geldart type D      356
Germination damage      479
Gill plates      361
Glass particles      96
Glucose      585
Grace — Davison jet-cup attrition test      453
Grain damage      480
Grains      398
Granular particles      642
Granular solids      817
Granular surface      382
Granulation      250 365 366 384 386 390 395 416
Granulation operations      331 333
Granulation regimes      387
Granulator      357
Granulator designs      360
Granule deformation      392
Granule formation      366
Granule fracture      405
Granule growth      368 373 380
Granule size distribution      407 409 413
Granule strengthening      392
Granules      384 398
Gray surface      201
Green agglomerates      392 394
grid      209
Grid design      209 212
Grid hole pitch      217
Grid holes      217
Grid jet attrition      476
Grid jet attrition rate      462
Grid pressure-drop      214
Grid, particle attrition at      135
Grindability      447
Ground connections      857
Group A      126 129 720 730 733
Group B      126 129 130 724 731 733
Group C      720 724 731 733
Group D      126 129 169 731 732
Growth functions      346
Growth rate      390
Gwyn equation      442
Gwyn-type attrition apparatus      450
Gwyn-type test      458
H-Coal process      585
H-Oil      615
H-Oil process      585
Hamaker's two-flux formulation      172
Handling operations      862
Hardgrove Index      447 453
Hardness      405
Hardness, wall      443
Hartmann cell      841
hazards      829
Hazards, electrostatic      818
Head loss      766
heat capacity      191
Heat exchanger tubes      467
Heat recovery      509 523
Heat transfer      87 129 130 131 153 504 506 508 512 594 595 598 601
Heat transfer coefficient      155 158 185
Heat transfer coefficients      179
Heat transfer coefficients at the wall      182
Heat transfer efficiency (HTE)      593 595
Heat transfer parameters      158 181 512
Heat transfer rate      84
Heat transfer stage      508
Heat transfer surface      188
Heating      360
Heating rate dilatometry      418
Heavy ions      854
Helical baffles      659
Hemicelluloses      605
herbs      496
Heteropolysaccharides      633
High-pressure feeders      713
High-pressure pinch valve      749
HIsmelt process      599
Hole density      217
Horizontal tube      156
Hot beds      59 76 99
Hot melt coatings      357
Humidification      831 835
Humidity      443
Humidity control      359
Hydraulic nozzles      339
Hydrocarbon synthesis      4
Hydrocarbons      6
Hydrocracking      615 618
Hydrodemetallization      615
Hydrodenitrogenation      615
Hydrodeoxygenation      615
Hydrodesulfurization      615
Hydrodynamic behavior      22
Hydrodynamic characteristics      295
Hydrodynamic diameter      25
Hydrodynamic scaling parameters      69
Hydrodynamic simulation      88
Hydrodynamic Theory      124 125
Hydrodynamics      4 6 13 35 124 178
Hydrodynamics, bioreactor      643
Hydrogen consumption      619
Hydrogenator      263
Hydrophilic      375
Hydrophobic      375
Hydrotreating      614 615 618
Hysteresis      538
Ignition dust and powders      836
Ignition hazard      849
Ignition of suspensions      837
Ignition risks      844
Ignition sources      837 839
Ignitions      841 846 854 858
Ilmenite ores      423
Immobilization      637 642
Impact stress      452
Incendive discharges      848
Indentation fracture test      401
Induction charging      824 825
Industrial applications      582
Inertia      53
Inertial granulation      386
Inertial regime      387
Inerting      861
Inerting system      838
Inhibition      656
Injection, multipoint      754
Ink particles      613
Ink removal      613
Inlet catch      794
Inlets      781
Inoculum      632
Interaction, fluid-particle      570
Interfacial energies      373
Internally circulating fluidized bed      237
internals      6 467 478
Interparticle Force Theory      124
Interparticle forces      30 31
Interparticle friction      38
Intraparticle mass transfer      643
Iron      496
Iron ores      545 553 588
Iron oxide dust      755 758
Iron oxide pellets      588
Iron oxide reduction      599
Iron-bath reactors      588 590 593
Isothermal dilatometry      420
Jenike shear stress unit      699
Jet attrition      456 457 458
Jet attrition test devices      448
Jet flow regimes      265
Jet half-angle      260 271 273 311 313
Jet momentum flux      272
Jet nozzle      251
1 2 3 4 5 6
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