新型纺织纱线（英文版）

图书标准信息

• 作者 王善元、于修业 著
• 出版社 东华大学出版社
• 出版时间 2007-04
• 版次 1
• ISBN 9787811112108
• 定价 48.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 389页
• 正文语种 英语

【内容简介】

《新型纺织纱线（英文版）》综合介绍了各种新型纺织纱线的成纱原理、方法、工艺及成纱结构、性能和应用等，主要涉及传统环锭纺纱的变革与进步，包括赛络纺、赛络菲尔纺、紧密纺、缆绳纺等及其纱线；新型纺纱的完善及其改进，包括转杯纺、摩擦纺、喷气纺、涡流纺等及其纱线；长丝变形加工的发展及完善，包括假捻变形、空气变形、热流变形、多重变形等及其纱线。全书共分十章，对各种纺纱方法分章叙述，便于完整学习，又便于相互间进行特色对比。
《新型纺织纱线（英文版）》可供纺织类本科生、研究生教科书或参考书；亦可供材料类（化学纤维）本科生、研究生参考书；可供纺织类老师、纺织研究单位研究人员参考书；亦可供纺织企业（棉纺织、毛纺织、麻纺织、丝织）及化纤企业的T程技术人员参考。
《新型纺织纱线（英文版）》另有对应中文版，特别适用于高校进行的双语教学，作为纺织类本科生、研究生双语教学教材。

【作者简介】

    王善元，教授，博士生导师。1959年毕业于华东纺织工学院纺织系本科，1967年毕业于该校纺织系研究生。1981～1983年，为美国麻省理工学院访问学者，与S·Backer教授合作研究。1993～1998年，为香港理工大学访问教授。

    现任东华大学（原中国纺织大学）纺织材料研究开发中心。    

【目录】

【FundamentalsofTextileYarns】
1.1Introduction
12ClassificationofTextileYarns
1.3RawMaterialsandMarket
1.4DevelopmentofRingSpinning,NewSpinningandTexturing
1.4.1ModificationtoConventionalRingSpinning
1.4.2NewSpinning
1.4.3ModificationtoTexturingandNewTexturing
1.5ProductionandMarketofTextileYarns
1.5.1ChangesinTextileYarns
1.5.2YarnProductionandMarket
References

【ModifiedRingSpinningandYarns】
2.1SirospunandYarns
2.1.1TheoreticalModelofSirospun
2.1.2ExperimentalAnalysis
2.2SirofilandYarns
2.3SolospunandYarns
2.4Compact（condensing）SpinningandYarns
2.4.1PrincipleofCompact（condensing）Spinning
2.4.2Compact（condensing）SpinningDevices
2.4.3StructuresandPropertiesofCompactSpunYarn
References

【RotorSpinningandYarns】
3.1Introduction
3.1.1History
3.1.2Development
3.1.3PresentSituation
3.2PrincipleofRotorSpinning
3.2.1ProcessofRotorSpinning
3.2.2DevelopmentandAnalysisofSpinbox
3.3YarnStructuresandProperties
3.3.1FiberShapesinsidetheYarnBody
3.3.2TwistStructureinsidetheYarnBody
3.3.3YarnProperties
3.4YarnsandTheirProducts
3.4.1MaterialsandYarnTex
3.4.2NewYarns,NewProducts
3.4.3Rotor-spunCompositeYarns
3.4.4WasteSpunYarnofRotorSpinning
3.5ProspectforRotorSpinning
3.5.1TechnicalEconomicAnalysisofRotorSpinning
3.5.2TheProspectsofRotorSpinning
References

【Air-jetSpinningandYarns（MJS,MVS）】
4.1DevelopmentofAir-jetSpinning
4.1.1History
4.1.2PresentSituation
4.2TheProcessandMechanism
4.2.1Process

4.2.2UniquePropertiesofDraftingSystem
4.2.3ThePrincipleofTwisting
4.3YarnStructuresandProperties
4.3.1AnalysisofYarnStructure
4.3.2AnalysisofYarnProperties
4.4TheDevelopmentofProducts
4.4.1AdaptabilityofSpinning
4.4.2PropertiesofFabricMadeofAir-jetYarn
4.4.3ProductDevelopment
4.5TechnicalEconomicalAnalysisandFutureProspectsforAir-jetSpinning
4.5.1TechnicalEconomicalIndices
4.5.2ProspectsforAir-jetSpinning
4.6MurataVortexSpinning（MVS）andYarns
4.6.1TechnologyProcessoftheMVS
4.6.2TwistingPrincipleoftheMVS
4.6.3StructureofVortexYarnandItsProducts
4.6.4DevelopingProspects
References
【VortexSpinningandYarns】
5.1Introduction
5.1.1History
5.1.2TheProcessofVortexSpinning
5.1.3ThePreparatoryMachinesofVortexSpinning
5.2PrinciplesofVortexSpinning
5.2.1DistributionofAir-pressureandVelocityinVortexField
5.2.2AirflowinsidetheVortexTube
5.2.3YarnTwistedbyVortex
5.2.4StructureandParametersofVortexTube
5.3StructuresandPropertiesofVortexYarnandProducts
5.3.1SpinnabilityofVortexSpinning
5.3.2StructuresandPropertiesofVortexYarn
5.3.3ProductsofVortexYarn
5.4TechnicalEconomicalAnalysisofVortexSpinning
5.4.1CharacteristicsofVortexYarn
5.4.2AnalysisofTechnicalEconomical
5.4.3Prospects
References

【FrictionSpinningandYarns】
6.1TheHistoryandPresentofFrictionSpinning
6.2TheTwistingPrincipleofFrictionSpinning
6.2.1ProcessofFrictionSpinning
6.2.2PrincipleofFrictionSpinning
6.3StructuresandPropertiesofFrictionYarn
6.3.1YarnStructure
6.3.2YarnProperties
6.4TheProductsofFrictionYarn
6.4.1AdaptableMaterialsandYarnTex
6.4.2Products
6.5TheProspectsforFrictionSpinning
6.5.1MainProblemsforFrictionSpinning
6.5.2ProspectsofFrictionSpinning
References

【False-twistTexturingandYarns】
7.1Introduction
7.2Multi-stepsConventionalTexturingProcess
7.3ThePrincipleofFalse-twistTexturing
7.4False-twistFormationandProcess
7.5TwistInsertionDevice
7.5.1PinSpindle
7.5.2FrictionTwisting
7.6Heat-setting
7.6.1HeatingSystems
7.6.2CoolingSystems
7.6.3HeatTransfer
7.6.4MechanismsofSetting
7.7ModificationtoFalse-twistTexturing
7.7.1DrawTexturing
7.7.2TheSecondHeatTreatment
7.8ProcessParametersandQualityControl
7.8.1ProcessParameters
7.8.2QualityControl
7.9False-twistTexturingMachine
7.9.1MachineConfigurations
7.9.2Multi-inputShaftMachine
7.9.3Automation
7.9.4False-twistTexturingMachinesMadeinChina
7.9.5YarnProducts
7.10StructureandPropertiesofFalse-twistTexturedYarns
7.10.1FilamentMigrationandStructureofFalse-twistTexturedYarns
7.10.2TensileCurveandCrimpPropertiesofFalse-twistTexturedYarn
References

【Air-jetTexturingandYarns】
8.1Introduction
8.2PrinciplesandNozzlesofAir-jetTexturing
8.2.1PrinciplesofAir-jetTexturing
8.2.2Air-jetTexturingNozzles
8.3AirFlowintheNozzles
8.3.1AirFlowthroughtheNozzle
8.3.2AirFlowPropertiesofNozzles
8.4LoopFormationMechanismandProcess
8.5Air-jetTechnologyandMachine
8.6Air-jetTexturingProcessVariables
8.6.1SupplyYarn
8.6.2Overfeed
8.6.3AirPressure
8.6.4WettingofSupplyYarn
8.6.5Heat-setting
8.7Structure,PropertiesandApplicationofAir-jetTexturedYarn
8.7.1StructureofAir-jetTexturedYarn
8.7.2PropertiesofAir-jetTexturedYarn
8.7.3ApplicationandEndUseofAir-jetTexturedYarn
References

【Hot-fluid（Jet）TexturingandYarns】
9.1Introduction
9.2MechanicalFeedStuffer-boxTexturing
9.2.1BucklingModelinStuffingBox
9.2.2InfluenceofFilamentPropertiesandStuffingBoxConstructiononBucklingProcess
9.3Hot-fluid（Jet）Texturing
9.3.1Hot-fluidNozzle
9.3.2AirFlowintheHot-fluidNozzle
9.4ModifiedHot-fluid（Jet）Texturing-Moving-cavityTexturing
9.5MorphologyandPropertiesofBCFYarn
9.6Hot-fluidTexturingMachine
References

【MultiTexturingandYarns】
10.1Introduction
10.2False-twistTexturing（orHot-fluidTexturing）withIntermingledProcess
10.2.1IntermingledProcess
10.2.2AirFlowintheInterminglingNozzle
10.2.3False-twistTexturingwithIntermingledProcess
10.3False-twistTexturingwithAir-jetTexturing
10.4Two-for-oneTwistProcesswithFalse-twistTexturing
10.5DifferentialShrinkageTexturingwithFalse-twistTexturing（orAir-jetTexturing）
10.6Air-jetTexturingwithTexspun
10.7Fine-scopeTexturing
10.7.1ThicknessTechniques
10.7.2TwistNodeTechniques
References