出版社：科学出版社
年代：2008
定价：120.0
本书总结了作者30多年从事流态化工程技术研究的指导思想和研究成果，从两个出发点来叙述流态化。第一是从液固散式流态化中孔隙率和相对流速的简洁的关系，建构了便于应用的流态化体系的理想化的概念，从一维空间进行分析流态化设备和工艺的简易方法。第二是从习用的鼓泡式流态化的能耗高和颗粒/流体接触差的角度，警告读者不要轻易进入此一度成为国际热点的盲区，而指出了若干避免鼓泡的方法和有关设备和工艺设计和分析。此外，本书还对快速流态化的应用、磁场流态化、和散式、聚式流态化进行了论述。
Chapter1THEFLUIDIZEDSTATE
1.1TheFluidizedStateandHowItIsAchieved
1.2NatureofHydrodynamicSuspension
1.3Particle-ParticleForces
1.4SpeciesofFluidization
1.5RegimizationoftheFluidizedState
Chapter2IDEALIZATIONOFTHEFLUIDIZINGPROCESS:EmpnalDeductionsfromL/SSystems
Chapter3GENERALIZEDFLUIDIZATION
3.1Steady-StateMotion
3.2MovingBed
3.3AccelerativeMotion
3.4PolydisperseSystems
3.5ComputerSoftware
Chapter4FLUIDIZEDLEACHINGANDWASHING
4.1Characteristics
4.2UniformParticles
4.3MixedParticles
4.4ExperimentalFindings
4.5Staging
4.6RateMeasurementforSolidsLeachingandWashing
Chapter5SOLIDSMIXINGANDSEGREGATION
5.1PhaseJuxtaposition
5.2OperationShiRs
5.3ReversalPoints
5.4DegreeofSegregation
5.5Mixing-SegregationEquilibrium
5.6GeneralizedFluidizationofPolydisperseSystems
Chapter6CONICALFLUIDIZEDBEDS
6.1PhenomenologicalDescriptionandPhysicalModeling
6.2TheBasicParameters
6.3TheFullyFluidizedState
6.4WithHyperfluidizedFixedBed
6.5RangesforConicalFluidizedBedOperation
6.6ChartingConicalFluidizedBedOperationandExperimentalVerification
6.7Instability
Chapter7APPLICATIONOFTHEMOVINGBED
7.1MovingBedUptransportwithCompressibleMedia
7.2ThePneumaticallyControlledDowncomer
Chapter8BUBBLELESSGAS/SOLIDCONTACTING
8.1BubblingFluidizationandG/SContactingEfficiency
8.2SpeciesofBubblelessG/SContacting
Chapter9SYSTEMSWITHDILUTERAININGPARTICLES
9.1Raining-ParticlesHeatExchanger
9.2PolydisperseParticles
9.3ExperimentalVerification
9.4BafflingandParticlesDistribution
9.5CountercurrentStagingofCocurrentSystems
9.6PilotPlantDemonstrationi
Chapter10VOIDAGEDISTRIBUTIONINFASTFLUIDIZATION
10.1ModelingLongitudinalVoidageDistribution
10.2EvaluationofParameters
10.3ComputingVoidageDistribution
10.4RegimeDiagram
10.5GeneralizedFluidizationofNonidealSystems
10.6RadialVoidageDistribution
Chapter11SHALLOWFLUIDIZEDBED
11.1RelevantWorkonDistributor
11.2FluidFlowaboveDistributor
11.3ParticleBehavioraboveDistributor
11.4AssessmentofDistributorPerformance
11.5Particle-GasTransferinShallowFluidBed
11.6ActivatedSolidsShallowFluidBedHeatExchanger
11.7CocurrentMulti-StageShallowFluidBed
11.8Theco-MSFBasaChemicalReactor
Chapter12FLUIDIZATIONWITHNONETFLUIDFLOW
12.1LevitationofDiscreteParticles
12.2Semi-FluidizationthroughOscillatoryFlow
12.3ApplicationtoPseudoSolid-SolidReaction
Chapter13ACOHERENTANALYSISFORL/SANDG/SSYSTEMS
13.1FromPhenomenathroughHypothesistoModeling
13.2TheMulti-ScaleEnergy-MinimizationModel
13.3ChartingStatusParameters
13.4ReconcilingL/SandG/SSystems
13.5RegimesofFluidization
Chapter14POWDERASSESSMENT
14.1GeldartsClassification
14.2PowderCharacterizationbyBedCollapsing
14.3ModelingtheThree-StageBedCollapsingProcess
14.4InstrumentforAutomaticSurfaceTrackingandDataProcessing
14.5QualitativeDesignationforBedCollapsing
14.6QuantifyingFluidizingCharacteristicsofPowders
14.7ImprovingFluidizationbyParticleSizeAdjustment
14.8FluidizingQualityandParticle-ParticleInteraction
14.9MeasureofSynergismforBinaryParticleMixtures
Chapter15FUTUREPROSPECTS
15.1BasicMechanism
15.2FurtherReconciliationbetweenG/SandL/SSystems
15.3PolydisperseSystemsandPowderDesign
15.4IntensificationofL/SOperations
15.5StagedOperation
15.6ExistingandNewL/SProcesses
15.7ExamplesofOpportunitiesforBubblelessG/SContacting
NOTATIONS
References
SUBJECTINDEX
ADDENDA
Chapter16FASTFLUIDIZATIONANDITSAPPLICATIONS
16.1TypesofFastFluidizedBed
16.2Gas-solidFlowinRiser
16.3Gas-solidFlowinDowncomer
16.4ApplicationsofFastFluidization
References
Chapter17MAGNETOFLUIDIZATION
17.1TypesofMagnetofluidizedBed
17.2StructureofMagnetofluidizedBed
17.3HydrodynamicsofMagnetofluidization
17.4MixingBehaviors
17.5MassandHeatTransfer
17.6ApplicationsofMagnetofluidization
References
Whatisidealisthehighdispersionofsolidsshownasthebackgroundofthebookjacket.Shortofsuchanidealstate,wemayresorttosuppressingbubblesbytheuseofshallowfluidizedbedasshownonthelefthandsidediagramachievedthroughreducingthesolidcontentofthefluidizedbed,orthefastfluidizedbedwithcontinuousrecyclingofsolidstothebottomofthebed,asshownontherighthandsidediagram. Whenfluidizationwasfirstemployedindustrially,e.g.,intheWinklergasifier,wehadonlythebubblingfluidizedbedasshowninthemiddlediagramofthefigure,inwhichgasbypassesasbubbles,thusleadingtopoorsolid-gascontactandincurringlargepressuredrop.Whatisidealisthehighdispersionofsolidsshownasthebackgroundofthebookjacket.Shortofsuchanidealstate,wemayresorttosuppressingbubblesbytheuseofshallowfluidizedbedasshownonthelefthandsidediagramachievedthroughreducingthesolidcontentofthefluidizedbed,orthefastfluidizedbedwithcontinuousrecyclingofsolidstothebottomofthebed,asshownontherighthandsidediagram.AllthesediagramsoffluidizationweregeneratedthroughcomputermodelingbyProfessorWeiGe,andfromhostsofthesediagrams,fourwereselectedbyXueBai,JianxingLuandYingRentoportraytheprincipalthesisofthisbook.
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| 出版地 | 北京 | 出版单位 | 科学出版社 |
| 版次 | 1版 | 印次 | 1 |
| 定价(元) | 120.0 | 语种 | 英文 |
| 尺寸 | 24 | 装帧 | 精装 |
| 页数 | 印数 | ||
理想和无气泡流态化是科学出版社于2008.出版的中图分类号为 TQ026.7 的主题关于 流态化－化工过程－英文 的书籍。