人工肾：原理研究方法和进展 （英文版）

图书标准信息

• 作者 高大勇 著
• 出版社 中国科学技术大学出版社
• 出版时间 2009-06
• 版次 1
• ISBN 9787312022203
• 定价 68.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 331页
• 字数 380千字
• 正文语种 英语
• 丛书 当代科学技术基础理论与前沿问题研究丛书·中国科学技术大学校友文库

【内容简介】

　　系统介绍了人工肾的起源、结构系统、工作原理及发展前景，详细论述了多种人工肾数理模型和计算机模拟优化方法，并运用大量实例阐述了人工肾实验研究方法。《人工肾（原理研究方法和进展）》适合生物医学工程、临床医学、血液透析、膜科学、传热传质、化工领域的学生、教师以及研究人员阅读，可作为相应课程的教学参考书及新型人工肾研发的实用手册。

【目录】

PrefacetotheUSTCAlumnisSeries
ListofSymbols
SectionⅠIntroduction
Chapter1HumanKidneys
1.1FunctionandStructureofHumanKidney
1.2KidneyFailure
1.3End-StageRenalDisease
1.4ClassificationofUremicSolutes
Chapter2ArtificialKidneys
2.1FunctionandStructureofArtificialKidney
2.2MajorMilestonesofArtificialKidneyDevelopment
2.3ClassificationofArtificialKidneys
2.4DialysisMembranes
Chapter3TransportinArtificialKidneys
3.1DiffusiveTransport
3.2ConvectiveTransport
3.3CoupledDiffusive-ConvectiveTransport
References
SectionⅡNumericalAnalysesofMassTransferinArtificialKidney
Chapter4EquivalentAnnulusModel
4.1Introduction
4.2Modeling
4.3NumericalAlgorithm
4.4ResultsandDiscussion
4.5Conclusions
Chapter5PorousMediaModel
5.1Introduction
5.2ModelingandAlgorithm
5.3ResultsandDiscussion
5.4Conclusions
Chapter6DoublePorousMediaModel
6.1Introduction
6.2Theory
6.3SimulationConditions
6.4ValidationofModel
6.5Conclusions
Chapter7DeterminationsofMembranePropertiesandParameters
7.1Introduction
7.2PreparationofMini-ModuleDialyzer
7.3SelectionofSolutes
7.4MeasurementofHydraulicPermeability
7.5MeasurementofDiffusivePermeability
7.6MeasurementofReflectionCoefficient
7.7SampleAssays
7.8CalculationofPoreSize
7.9MeasurementofDarcyPermeability
Chapter8KineticModelinginHemodialysis
8.1Introduction
8.2SimulationofContinuousRenalReplacementTherapy(CRRT)
8.3IntermittentHemodialysisandSustainedLow-EfficiencyDialysis
8.4ResultsandDiscussion
8.5Conclusions
References
SectionⅢInVitroExperimentalStudyofHemodialysis
Chapter9IntroductiontoGeneralinVitroMethodologies
9.1HemodialyzersandHemofilters
9.2ExperimentalSolutes
9.3SystemSetup
9.4DataAnalysis
Chapter10LocalClearanceofHemodialyzer
10.1Introduction
10.2MaterialsandMethods
10.3ExperimentSetup
10.4DataCollectionandAnalysis
10.5ResultsandDiscussion
10.6Conclusions
Chapter11EffectsofDialyzerReprocessing
11.1Introduction
11.2MaterialsandMethods
11.3ResultsandDiscussion
11.4Conclusions
Chapter12Cytokine-InducedSubstanceBackTransportinaHighFluxDialyzer
12.1Introduction
12.2MaterialsandMethods
12.3Results
12.4Discussion
12.5Conclusions
Chapter13AStudyofDilutionModeandUltrafiltrationRateinaHighVolumeContinuousHemofiltration
13.1Introduction
13.2MaterialsandMethods
13.3Assays
13.4Results
13.5Conclusions
Chapter14DeterminantsofSoluteClearanceinHemodiafiltration
14.1Introduction
14.2Purpose
14.3MaterialsandMethods
14.4Assays
14.5ResultsandDiscussion
14.6Conclusions
References
SectionⅣNovelMRIApproachforFlowFieldMeasurement
Chapter15BasicPrinciplesofMRI
15.1MagneticPropertiesofAtomicNuclei
15.2RelaxationProcesses
15.3StandardImagingPulseSequences
15.4MagneticResonanceFlow-ImagingTechniques
Chapter16ExperimentalDesignandImageAnalysis
16.1FlowPhantom
16.22-DPhase-ContrastStudy
16.32-DFourier-TransformStudy
16.4Resultsof2-DPhase-ContrastStudy
16.5Resultsof2-DFourier-TransformStudy
References
SectionⅤAdvancesinNewMembraneDevelopment
Chapter17CeramicMembraneforHemodialysis
17.1Introduction
17.2PrincipleofAluminumAnodization
17.3MaterialsandMethods
17.4ResultsandDiscussion
17.5Conclusions
Chapter18Bio-functionalArtificialKidney
18.1CurrentStatusofTherapyforRenalFailure
18.2BioengineeredKidney
References