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激光快速成型骨支架进展(英文版)

激光快速成型骨支架进展(英文版)

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作者: 帅词俊著

出版社: 科学出版社

出版时间: 2014-12

版次: 1

ISBN: 9787030420077

定价: 128.00

装帧: 平装

开本: 32开

纸张: 胶版纸

页数: 326页

正文语种: 英语

分类: 工程技术

1人买过

　　《ProgressofBoneScaffoldbyLaserRapidPrototyping激光快速成型骨支架进展》系统介绍激光快速成型技术在人工骨支架制备中的研究现状，详细分析和归纳目前生物材料用于骨修复及再生的研究进展，全面总结骨支架材料的种类及特点，重点探讨不同骨支架材料的强度、韧性、生物相容性、降解性及其与组织细胞的相互作用规律，以期对骨组织缺损的修复与功能重建提供理论与技术指导。 Preface
Chapter1Hydroxyapatite-BasedBoneScaffolds 1
1.1StructuralDesignandExperimentalAnalysisofaSelectiveLaser
SinteringSystemwithNano-HydroxyapatitePowder 2
1.2StructureandPropertiesofNano-HydroxyapatiteScaffoldsforBone
TissueEngineeringwithSelectiveLaserSinteringSystem 8
1.3TheMicrostructureEvolutionofNano-HydroxyapatitePowderSinteredfor
BoneTissueEngineering 21
1.4FabricationOptimizationofNano-HydroxyapatiteArtificialBone
Scaffolds 32
1.5GrainGrowthAssociatesMechanicalPropertiesinNano-Hydroxyapatite
BoneScaffolds 43
1.6SimulationofDynamicTemperatureFieldduringSelectiveLaserSintering
ofCeramicPowder 51
1.7Poly(L-lactideacid)ImprovescompleteNano-Hydroxyapatite
BoneScaffoldsthroughtheMicrostructureRearrangement 59
1.8ProcessingandCharacterizationofLaserSinteredHydroxyapatite
ScaffoldforTissueEngineering 71
References 80
Chapter2TricalciumPhosphate-BasedBoneScaffolds 91
2.1CorrelationbetweenPropertiesandMicrostructureofLaserSintered
Porousβ-TricalciumPhosphateBoneScaffolds 92
2.2AnalysisofTransientTemperatureDistributioninSelectiveLaser
Sinteringofβ-TricalciumPhosphate 106
2.3InhibitionofPhaseTransformationfromβ-toα-TricalciumPhosphate
withAdditionofPoly(L-lacticacid)inSelectiveLaserSintering 113
2.4MechanicalPropertiesImprovementofTricalciumPhosphateScaffold
withPoly(L-lacticacid)inSelectiveLaserSintering 122
2.5InvitroBioactivityandDegradabilityofβ-TricalciumPhosphatePorous
ScaffoldsFabricatedviaSelectiveLaserSintering 133
2.6CharacterizationofMechanicalandBiologicalPropertiesof3-D
ScaffoldsReinforcedwithZincOxideforBoneTissueEngineering 144
2.7Nano-HydroxyapatiteImprovesthePropertiesofβ-tricalciumPhosphate
BoneScaffolds 160
References 171
Chapter3BiodegradablePolymer-BasedBoneScaffolds 188
3.1FabricationofPorousPolyvinylAlcoholScaffoldforBoneTissue
EngineeringviaSelectiveLaserSintering 188
3.2DevelopmentofComplexPorousPolyvinylAlcoholScaffolds:
Microstructure，MechanicalandBiologicalEvaluations 198
3.3PreparationofComplexPorousScaffoldsviaSelectiveLaserSintering
ofPolyvinylAlcohol/CalciumSilicate 206
3.4DevelopmentofCompositePorousScaffoldsBasedonPoly(Lactideco-
Glycolide)/Nano-HydroxyapatiteviaSelectiveLaserSintering 214
References 223
Chapter4BioactiveGlass-BasedBoneScaffolds 231
4.1FabricationandCharacterizationofPorous45S5GlassScaffoldsvia
DirectSelectiveLaserSintering 231
4.2EnhancementMechanismsofGrapheneinNano-58SBioactiveGlass
Scaffold:MechanicalandBiologicalPerformance 239
References 254
Chapter5OtherBoneScaffolds 259
5.1FabricationandCharacterizationofCalciumSilicateScaffoldsfor
TissueEngineering 259
5.2Graphene-ReinforcedMechanicalPropertiesofCalciumSilicate
ScaffoldsbyLaserSintering 270
5.3EnhancedSinteringAbilityofBiphasicCalciumPhosphatebyPolymers
UsedforBoneScaffoldFabrication 280
5.4OptimizationofTCP/HAPRatioforBetterPropertiesofCalcium
PhosphateScaffoldviaSelectiveLaserSintering 294
5.5NovelForsteriteScaffoldsforBoneTissueEngineering:SelectiveLaser
SinteringFabricationandCharacterization 303
References 310
内容简介:
　　《ProgressofBoneScaffoldbyLaserRapidPrototyping激光快速成型骨支架进展》系统介绍激光快速成型技术在人工骨支架制备中的研究现状，详细分析和归纳目前生物材料用于骨修复及再生的研究进展，全面总结骨支架材料的种类及特点，重点探讨不同骨支架材料的强度、韧性、生物相容性、降解性及其与组织细胞的相互作用规律，以期对骨组织缺损的修复与功能重建提供理论与技术指导。
目录:
Preface
Chapter1Hydroxyapatite-BasedBoneScaffolds 1
1.1StructuralDesignandExperimentalAnalysisofaSelectiveLaser
SinteringSystemwithNano-HydroxyapatitePowder 2
1.2StructureandPropertiesofNano-HydroxyapatiteScaffoldsforBone
TissueEngineeringwithSelectiveLaserSinteringSystem 8
1.3TheMicrostructureEvolutionofNano-HydroxyapatitePowderSinteredfor
BoneTissueEngineering 21
1.4FabricationOptimizationofNano-HydroxyapatiteArtificialBone
Scaffolds 32
1.5GrainGrowthAssociatesMechanicalPropertiesinNano-Hydroxyapatite
BoneScaffolds 43
1.6SimulationofDynamicTemperatureFieldduringSelectiveLaserSintering
ofCeramicPowder 51
1.7Poly(L-lactideacid)ImprovescompleteNano-Hydroxyapatite
BoneScaffoldsthroughtheMicrostructureRearrangement 59
1.8ProcessingandCharacterizationofLaserSinteredHydroxyapatite
ScaffoldforTissueEngineering 71
References 80
Chapter2TricalciumPhosphate-BasedBoneScaffolds 91
2.1CorrelationbetweenPropertiesandMicrostructureofLaserSintered
Porousβ-TricalciumPhosphateBoneScaffolds 92
2.2AnalysisofTransientTemperatureDistributioninSelectiveLaser
Sinteringofβ-TricalciumPhosphate 106
2.3InhibitionofPhaseTransformationfromβ-toα-TricalciumPhosphate
withAdditionofPoly(L-lacticacid)inSelectiveLaserSintering 113
2.4MechanicalPropertiesImprovementofTricalciumPhosphateScaffold
withPoly(L-lacticacid)inSelectiveLaserSintering 122
2.5InvitroBioactivityandDegradabilityofβ-TricalciumPhosphatePorous
ScaffoldsFabricatedviaSelectiveLaserSintering 133
2.6CharacterizationofMechanicalandBiologicalPropertiesof3-D
ScaffoldsReinforcedwithZincOxideforBoneTissueEngineering 144
2.7Nano-HydroxyapatiteImprovesthePropertiesofβ-tricalciumPhosphate
BoneScaffolds 160
References 171
Chapter3BiodegradablePolymer-BasedBoneScaffolds 188
3.1FabricationofPorousPolyvinylAlcoholScaffoldforBoneTissue
EngineeringviaSelectiveLaserSintering 188
3.2DevelopmentofComplexPorousPolyvinylAlcoholScaffolds:
Microstructure，MechanicalandBiologicalEvaluations 198
3.3PreparationofComplexPorousScaffoldsviaSelectiveLaserSintering
ofPolyvinylAlcohol/CalciumSilicate 206
3.4DevelopmentofCompositePorousScaffoldsBasedonPoly(Lactideco-
Glycolide)/Nano-HydroxyapatiteviaSelectiveLaserSintering 214
References 223
Chapter4BioactiveGlass-BasedBoneScaffolds 231
4.1FabricationandCharacterizationofPorous45S5GlassScaffoldsvia
DirectSelectiveLaserSintering 231
4.2EnhancementMechanismsofGrapheneinNano-58SBioactiveGlass
Scaffold:MechanicalandBiologicalPerformance 239
References 254
Chapter5OtherBoneScaffolds 259
5.1FabricationandCharacterizationofCalciumSilicateScaffoldsfor
TissueEngineering 259
5.2Graphene-ReinforcedMechanicalPropertiesofCalciumSilicate
ScaffoldsbyLaserSintering 270
5.3EnhancedSinteringAbilityofBiphasicCalciumPhosphatebyPolymers
UsedforBoneScaffoldFabrication 280
5.4OptimizationofTCP/HAPRatioforBetterPropertiesofCalcium
PhosphateScaffoldviaSelectiveLaserSintering 294
5.5NovelForsteriteScaffoldsforBoneTissueEngineering:SelectiveLaser
SinteringFabricationandCharacterization 303
References 310

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