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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
Proteins, recombinant      634
Pseudo solid-solid reduction      553
Pseudo-layering      409
Pseudo-solid-solid reactions      546
Pulp      604
Pulp digester      609
Pulping      605
Pulse piston modeling      700
Pulse piston operation      700
Pulsed conveying system      686
Pulsed piston transport      699
PVC powder      725
Pyrite      523
Pyrite cinders      496
q/m      834
Radial injection      316
Radial position      182 185
Radiant heat transfer      129
Radiation fluxes      598
Radiation heat transfer      595
Radiative convection      191
Radiative heat transfer      162 171 199
Raining      508 523
Ranz — Marshall relation      512
Rat-holing      730 733
Rate constant      5
Reactor configuration      655
Reactor diameter      650
Reactor feed temperature      618
Reactor start-up      633
Rebound      368
Recirculating fluid beds      706 707
Recirculating fluidized bed      237 257
Recombinant proteins      634
Recycle rate of solids      91
recycling      613
Reducer, three-section      555
Reduction, pseudo solid-solid      553
Reentrainment      759 779
Refractories      594
Relative humidity      831 835
Renewal mechanism      164
Reoxidation      594
Resid processing      614
Residence time      15 197 217 497
Residence time distribution      9
Restitution, coefficient of      31 381
Return leg      456
Reversals, transient field      856
Reynolds number      37 41 43 198 512 654
Richardson — Zaki correlation      645
Riffle box      762
Riser density      145
Riser diameters      22
Risers      456
Risks, startup and shutdown      856
Rittinger's law      463
Roots-type blowers      752
Roping      765
Rotary splitter      762
Rotary valves      455 736
Rotating-disc valve      749
Rotor granulator      357
Saccharomyces cerevisiae      661
safety      838 857
Salt solution      646
Saltation      725 758
Sand      117 270
Saturated granular surface      367
Saturation      369
Scale models      26 39 56 59 61
Scale-up      1 2 317 362 653 654
Scale-up, example      363
Scale-up, jet nozzle      273
Scaled laboratory models      100
Scaling      82
Scaling experiments      28
Scaling laws      54 94
Scaling relationships      26 27 38 39
Scaling relationships, verification      65
Scaling, simplified      44
Scattering approximation      173
Scouring action      167
Screw feeders      455
Scrubber technology      832
scrubbing      585
Sea sand      565
Seams      781
Secondary air injection      708
Sedigraph      556
Sedigraph procedures      777
Seeded coal process      263
Seeds      496
Segregation effect      830
Segregation roasting      519
Selection-for-breakage      444
Self preserving      413
Semco system      686
Semi-fluidization      551
Separator      788
Sewage treatment      632
SFL      see "Staged fluidized leaching"
Shallow beds      537
Shallow fluid beds      541
Shallow fluidized beds      163
Shape factors      777
Shear measuring device      369
Shear rate      394
Shear stress      242
Shocks      863
Shrouds      219 230 289
shutdown      260 735 736
Shutdown, risks      856
Siderite      270
Silica      475
Silo      827
Simplified scaling      41 44 61 99
Single plenum      361
Single traverse cyclone      788
Single-slug conveying      729
Sinter-neck growth      420
Sintering point      422
Sintering temperature      418 421
Sipernat      372
Size distribution      717 792
Slag behavior, modeling      602
Slag foam      599
Slag layer      589 590 594 599 600 601
Slag layer, behavior      599
Slag phenomena      596
Slip factor      25
Slip velocity      22 42 573
slow motion      126
Sludge retention time      654
Slug flow      720
Slug velocity      241
Slugging      13 25 69 74 251
Slugging beds      38
Slugging characteristics      725
Slugging classifications      718 722
Slugging fluidized bed      73 240
Slurry      367
Slurry bubble column      620
Slurry bubble column fermentors      586
Slurry bubble column reactors      585
Slurry Phase Distillate process      620
Slurry reactor      621
Smelting reduction      588 590
Smelting reduction furnace (SRF)      590
Smelting reduction process, two-stage      592
Smelting reduction, economics      603
Snowballing      409
Sodium carbonate      370 372
Sodium hydroxide      613
Softening point      418
Solid circulation rate      239
Solid concentration      179 185 190 191
Solid flow mass flux      175
Solid fraction profile      77 94 95 96 99
Solid loadings      265
Solid mass flux      182
Solid mixing      20
Solid phase      604
Solid-solid reduction, pseudo      553
Solid-to-gas density ratio      77 80
Solids circulation      240 295 299 301
Solids circulation rate      250 251 252 257 296
Solids concentration      186 193
Solids distribution      518
Solids distributor      516
Solids entrainment      311 313
Solids feed      32
Solids flow      695
Solids flow patterns      296
Solids flow rates      538
Solids flow regions      299
Solids flux      91
Solids flux profile      24
Solids holdup      644 645
Solids loading      239 753 778
Solids mass flux      473
Solids mixing      237 296 648
Solids mixing rate      306
Solids particle velocity      272
Solids residence time      441
Solids temperature      514
Solids transport      251
Solids, recycle rate      91 100
Solids-to-air mass flow rate ratio      753
Solvay process      585
Solvent refined coal process      585
Solventless coatings      357
Sorbent material      80
Sorbitol      585
Sparger      211
Sparger grids      218
Sparking      843
Sparking potential      843
Sparks      839 841 842
Specific charge      822 832 864
Spheres, aerodynamically equivalent      777
Sphericity      717
Spiral pattern      780
Split plenum      361
splitters      760 765
Splitting efficiency      762
Spouted bed coaters      335
Spouted beds      356
Spouted beds, multiple      260
Spouted fluid bed      237
Spouting beds      38 74
Spouting velocity      238
Spray granules      482
Spray rate      359 380
Spray zone      337 351 372
Spray-dried catalysts      438
Spray-drying      475
Stability in fluidized beds      124
Stability principle      124
Stabilized bed      657
Staged fluidized leaching      502
Stagnant gas stream      341
Stagnant zones      217
Stagnation enthalpy      598
Start-up      259 260 735 736
Start-up, risks      856
Steel particles      96
Steel, smelting reduction      603
Stefan — Boltzman equation      171
Stepped-diameter pipelines      747
Stickiness      368 418
Sticking      366 381 384
Stokes number      383 384 385 386 387 392 394 416
Stokes' velocity      775
STR      654
Strand flow      696
strands      198 523
Stratification      648 651
streamline      289 294
Strengthening rates      396
Strengthening time      397
Stress tensors      30
Stress tests      452
Studsvik      96
Studsvik bed      99
Submerged heat-transfer tubes      156
Submerged-jet tests      449
Subsidence time      562 565
Substrate inhibition      655
Sulfite process      605
Supercritical fluid      344
Superficial gas velocity      139 174
Superficial velocity      61 84 154
Surface charge density      821
Surface renewal      164
Surface tension      382
Surface volume mean diameter      720
Surface, heat transfer      188
Surface-active agents      853
Surfactants      337 379 608 614
Surge effects      735
Suspended probes      833
Suspension      201
Suspension density      182 185 190
Suspension flow      752
Swarms      523
Swirl      762
Switch loading      862
Synergism number      568
Synthetic fuel      585
Synthol CFB reactors      1
T-STAR process      585 615 616
Takt — Schub system      686
Talc      565
Tangentials      788
Tapped bulk density      715
Taylor instability      126 127
TCF bleaching      610
Temperature      223 443
Temperature effects      120
Temperature range      113
Temperature run-away      618
Temperature, elevated      111
Terminal cross-sectional area      496
Terminal transport      154
terminal velocity      155
thermal conductivity      130 186
Thermal radiation      190
Thermal resistance      167 197
Thermal shock      443
Thermal transport      162
Thermite reaction      837
Thiobacillus ferroxidans      658
Three point bend test      401
Three-phase biofluidization      625
Three-phase ebullated bed reactor      615
Three-phase fluidization      582 583 614 619 623
Three-phase fluidization, historical development      583
Three-phase fluidization, phases      583
Three-phase fluidized bed      586
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