《新型纺织纱线(英文版)》王善元于修业

内容提要

本书是英文版。本书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。全书共分十章,对各种纺纱方法分章进行详细叙述,便于完整学习,又便于相互间进行特色对比。本书可供纺织类本科生、研究生、化纤企业的专业人士等参考。本书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。
本书可供纺织类本科生、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。
本书另有对应中文版,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。
【F

文章节选

本书是英文版。本书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。全书共分十章,对各种纺纱方法分章进行详细叙述,便于完整学习,又便于相互间进行特色对比。本书可供纺织类本科生、研究生、化纤企业的专业人士等参考。本书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。
本书可供纺织类本科生、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。
本书另有对应中文版,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。
【Fundamentals of Textile Yarns】
1.1 Introduction
1 2 Classification of Textile Yarns
1.3 Raw Materials and Market
1.4 Development of Ring Spinning, New Spinning and Texturing
1.4.1 Modification to Conventional Ring Spinning
1.4.2 New Spinning
1.4.3 Modification to Texturing and New Texturing
1.5 Production and Market of Textile Yarns
1.5.1 Changes in Textile Yarns
1.5.2 Yarn Production and Market
References
【Modified Ring Spinning and Yarns】
2.1 Sirospun and Yarns
2.1.1 Theoretical Model of Sirospun
2.1.2 Experimental Analysis
2.2 Sirofil and Yarns
2.3 Solospun and Yarns
2.4 Compact (condensing) Spinning and Yarns
2.4.1 Principle of Compact (condensing)Spinning
2.4.2 Compact (condensing) Spinning Devices
2.4.3 Structures and Properties of Compact Spun Yarn
References
【Rotor Spinning and Yarns】
3.1 Introduction
3.1.1 History
3.1.2 Development
3.1.3 Present Situation
3.2 Principle of Rotor Spinning
3.2.1 Process of Rotor Spinning
3.2.2 Development and Analysis of Spinbox
3.3 Yarn Structures and Properties
3.3.1 Fiber Shapes inside the Yarn Body
3.3.2 Twist Structure inside the Yarn Body
3.3.3 Yarn Properties
3.4 Yarns and Their Products
3.4.1 Materials and Yarn Tex
3.4.2 New Yarns, New Products
3.4.3 Rotor-spun Composite Yarns
3.4.4 Waste Spun Yarn of Rotor Spinning
3.5 Prospect for Rotor Spinning
3.5.1 Technical Economic Analysis of Rotor Spinning
3.5.2 The Prospects of Rotor Spinning
References
【Air-jet Spinning and Yarns(MJS, MVS)】
4.1 Development of Air-jet Spinning
4.1.1 History
4.1.2 Present Situation
4.2 The Process and Mechanism
4.2.1 Process
4.2.2 Unique Properties of Drafting System
4.2.3 The Principle of Twisting
4.3 Yarn Structures and Properties
4.3.1 Analysis of Yarn Structure
4.3.2 Analysis of Yarn Properties
4.4 The Development of Products
4.4.1 Adaptability of Spinning
4.4.2 Properties of Fabric Made of Air-jet Yarn
4.4.3 Product Development
4.5 Technical Economical Analysis and Future Prospects for Air-jet Spinning
4.5.1 Technical Economical Indices
4.5.2 Prospects for Air-jet Spinning
4.6 Murata Vortex Spinning (MVS) and Yarns
4.6.1 Technology Process of the MVS
4.6.2 Twisting Principle of the MVS
4.6.3 Structure of Vortex Yarn and Its Products
4.6.4 Developing Prospects
References
【Vortex Spinning and Yarns】
5.1 Introduction
5.1.1 History
5.1.2 The Process of Vortex Spinning
5.1.3 The Preparatory Machines of Vortex Spinning
5.2 Principles of Vortex Spinning
5.2.1 Distribution of Air-pressure and Velocity in Vortex Field
5.2.2 Air flow inside the Vortex Tube
5.2.3 Yarn Twisted by Vortex
5.2.4 Structure and Parameters of Vortex Tube
5.3 Structures and Properties of Vortex Yarn and Products
5.3.1 Spinnability of Vortex Spinning
5.3.2 Structures and Properties of Vortex Yarn
5.3.3 Products of Vortex Yarn
5.4 Technical Economical Analysis of Vortex Spinning
5.4.1 Characteristics of Vortex Yarn
5.4.2 Analysis of Technical Economical
5.4.3 Prospects
References
【Friction Spinning and Yarns】
6.1 The History and Present of Friction Spinning
6.2 The Twisting Principle of Friction Spinning
6.2.1 Process of Friction Spinning
6.2.2 Principle of Friction Spinning
6.3 Structures and Properties of Friction Yarn
6.3.1 Yarn Structure
6.3.2 Yarn Properties
6.4 The Products of Friction Yarn
6.4.1 Adaptable Materials and Yarn Tex
6.4.2 Products
6.5 The Prospects for Friction Spinning
6.5.1 Main Problems for Friction Spinning
6.5.2 Prospects of Friction Spinning
References
【False-twist Texturing and Yarns】
7.1 Introduction
7.2 Multi-steps Conventional Texturing Process
7.3 The Principle of False-twist Texturing
7.4 False-twist Formation and Process
7.5 Twist Insertion Device
7.5.1 Pin Spindle
7.5.2 Friction Twisting
7.6 Heat-setting
7.6.1 Heating Systems
7.6.2 Cooling Systems
7.6.3 Heat Transfer
7.6.4 Mechanisms of Setting
7.7 Modification to False-twist Texturing
7.7.1 Draw Texturing
7.7.2 The Second Heat Treatment
7.8 Process Parameters and Quality Control
7.8.1 Process Parameters
7.8.2 Quality Control
7.9 False-twist Texturing Machine
7.9.1 Machine Configurations
7.9.2 Multi-input Shaft Machine
7.9.3 Automation
7.9.4 False-twist Texturing Machines Made in China
7.9.5 Yarn Products
7.10 Structure and Properties of False-twist Textured Yarns
7.10.1 Filament Migration and Structure of False-twist Textured Yarns
7.10.2 Tensile Curve and Crimp Properties of False-twist Textured Yarn
References
【Air-jet Texturing and Yarns】
8.1 Introduction
8.2 Principles and Nozzles of Air-jet Texturing
8.2.1 Principles of Air-jet Texturing
8.2.2 Air-jet Texturing Nozzles
8.3 Air Flow in the Nozzles
8.3.1 Air Flow through the Nozzle
8.3.2 Air Flow Properties of Nozzles
8.4 Loop Formation Mechanism and Process
8.5 Air-jet Technology and Machine
8.6 Air-jet Texturing Process Variables
8.6.1 Supply Yarn
8.6.2 Overfeed
8.6.3 Air Pressure
8.6.4 Wetting of Supply Yarn
8.6.5 Heat-setting
8.7 Structure, Properties and Application of Air-jet Textured Yarn
8.7.1 Structure of Air-jet Textured Yarn
8.7.2 Properties of Air-jet Textured Yarn
8.7.3 Application and End Use of Air-jet Textured Yarn
References
【Hot-fluid (Jet) Texturing and Yarns】
9.1 Introduction
9.2 Mechanical Feed Stuffer-box Texturing
9.2.1 Buckling Model in Stuffing Box
9.2.2 Influence of Filament Properties and Stuffing Box Construction on Buckling Process
9.3 Hot-fluid (Jet) Texturing
9.3.1 Hot-fluid Nozzle
9.3.2 Air Flow in the Hot-fluid Nozzle
9.4 Modified Hot-fluid(Jet) Texturing- Moving-cavity Texturing
9.5 Morphology and Properties of BCF Yarn
9.6 Hot-fluid Texturing Machine
References
【Multi Texturing and Yarns】
10.1 Introduction
10.2 False-twist Texturing (or Hot-fluid Texturing) with Intermingled Process
10.2.1 Intermingled Process
10.2.2 Air Flow in the Intermingling Nozzle
10.2.3 False-twist Texturing with Intermingled Process
10.3 False-twist Texturing with Air-jet Texturing
10.4 Two-for-one Twist Process with False-twist Texturing
10.5 Differential Shrinkage Texturing with False-twist Texturing(or Air-jet Texturing)
10.6 Air-jet Texturing with Texspun
10.7 Fine-scope Texturing
10.7.1 Thickness Techniques
10.7.2 Twist Node Techniques
References

编辑推荐语

本书是英文版。本书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。全书共分十章,对各种纺纱方法分章进行详细叙述,便于完整学习,又便于相互间进行特色对比。本书可供纺织类本科生、研究生、化纤企业的专业人士等参考。本书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��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。
本书可供纺织类本科生、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。
本书另有对应中文版,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。
【Fundamentals of Textile Yarns】
1.1 Introduction
1 2 Classification of Textile Yarns
1.3 Raw Materials and Market
1.4 Development of Ring Spinning, New Spinning and Texturing
1.4.1 Modification to Conventional Ring Spinning
1.4.2 New Spinning
1.4.3 Modification to Texturing and New Texturing
1.5 Production and Market of Textile Yarns
1.5.1 Changes in Textile Yarns
1.5.2 Yarn Production and Market
References
【Modified Ring Spinning and Yarns】
2.1 Sirospun and Yarns
2.1.1 Theoretical Model of Sirospun
2.1.2 Experimental Analysis
2.2 Sirofil and Yarns
2.3 Solospun and Yarns
2.4 Compact (condensing) Spinning and Yarns
2.4.1 Principle of Compact (condensing)Spinning
2.4.2 Compact (condensing) Spinning Devices
2.4.3 Structures and Properties of Compact Spun Yarn
References
【Rotor Spinning and Yarns】
3.1 Introduction
3.1.1 History
3.1.2 Development
3.1.3 Present Situation
3.2 Principle of Rotor Spinning
3.2.1 Process of Rotor Spinning
3.2.2 Development and Analysis of Spinbox
3.3 Yarn Structures and Properties
3.3.1 Fiber Shapes inside the Yarn Body
3.3.2 Twist Structure inside the Yarn Body
3.3.3 Yarn Properties
3.4 Yarns and Their Products
3.4.1 Materials and Yarn Tex
3.4.2 New Yarns, New Products
3.4.3 Rotor-spun Composite Yarns
3.4.4 Waste Spun Yarn of Rotor Spinning
3.5 Prospect for Rotor Spinning
3.5.1 Technical Economic Analysis of Rotor Spinning
3.5.2 The Prospects of Rotor Spinning
References
【Air-jet Spinning and Yarns(MJS, MVS)】
4.1 Development of Air-jet Spinning
4.1.1 History
4.1.2 Present Situation
4.2 The Process and Mechanism
4.2.1 Process
4.2.2 Unique Properties of Drafting System
4.2.3 The Principle of Twisting
4.3 Yarn Structures and Properties
4.3.1 Analysis of Yarn Structure
4.3.2 Analysis of Yarn Properties
4.4 The Development of Products
4.4.1 Adaptability of Spinning
4.4.2 Properties of Fabric Made of Air-jet Yarn
4.4.3 Product Development
4.5 Technical Economical Analysis and Future Prospects for Air-jet Spinning
4.5.1 Technical Economical Indices
4.5.2 Prospects for Air-jet Spinning
4.6 Murata Vortex Spinning (MVS) and Yarns
4.6.1 Technology Process of the MVS
4.6.2 Twisting Principle of the MVS
4.6.3 Structure of Vortex Yarn and Its Products
4.6.4 Developing Prospects
References
【Vortex Spinning and Yarns】
5.1 Introduction
5.1.1 History
5.1.2 The Process of Vortex Spinning
5.1.3 The Preparatory Machines of Vortex Spinning
5.2 Principles of Vortex Spinning
5.2.1 Distribution of Air-pressure and Velocity in Vortex Field
5.2.2 Air flow inside the Vortex Tube
5.2.3 Yarn Twisted by Vortex
5.2.4 Structure and Parameters of Vortex Tube
5.3 Structures and Properties of Vortex Yarn and Products
5.3.1 Spinnability of Vortex Spinning
5.3.2 Structures and Properties of Vortex Yarn
5.3.3 Products of Vortex Yarn
5.4 Technical Economical Analysis of Vortex Spinning
5.4.1 Characteristics of Vortex Yarn
5.4.2 Analysis of Technical Economical
5.4.3 Prospects
References
【Friction Spinning and Yarns】
6.1 The History and Present of Friction Spinning
6.2 The Twisting Principle of Friction Spinning
6.2.1 Process of Friction Spinning
6.2.2 Principle of Friction Spinning
6.3 Structures and Properties of Friction Yarn
6.3.1 Yarn Structure
6.3.2 Yarn Properties
6.4 The Products of Friction Yarn
6.4.1 Adaptable Materials and Yarn Tex
6.4.2 Products
6.5 The Prospects for Friction Spinning
6.5.1 Main Problems for Friction Spinning
6.5.2 Prospects of Friction Spinning
References
【False-twist Texturing and Yarns】
7.1 Introduction
7.2 Multi-steps Conventional Texturing Process
7.3 The Principle of False-twist Texturing
7.4 False-twist Formation and Process
7.5 Twist Insertion Device
7.5.1 Pin Spindle
7.5.2 Friction Twisting
7.6 Heat-setting
7.6.1 Heating Systems
7.6.2 Cooling Systems
7.6.3 Heat Transfer
7.6.4 Mechanisms of Setting
7.7 Modification to False-twist Texturing
7.7.1 Draw Texturing
7.7.2 The Second Heat Treatment
7.8 Process Parameters and Quality Control
7.8.1 Process Parameters
7.8.2 Quality Control
7.9 False-twist Texturing Machine
7.9.1 Machine Configurations
7.9.2 Multi-input Shaft Machine
7.9.3 Automation
7.9.4 False-twist Texturing Machines Made in China
7.9.5 Yarn Products
7.10 Structure and Properties of False-twist Textured Yarns
7.10.1 Filament Migration and Structure of False-twist Textured Yarns
7.10.2 Tensile Curve and Crimp Properties of False-twist Textured Yarn
References
【Air-jet Texturing and Yarns】
8.1 Introduction
8.2 Principles and Nozzles of Air-jet Texturing
8.2.1 Principles of Air-jet Texturing
8.2.2 Air-jet Texturing Nozzles
8.3 Air Flow in the Nozzles
8.3.1 Air Flow through the Nozzle
8.3.2 Air Flow Properties of Nozzles
8.4 Loop Formation Mechanism and Process
8.5 Air-jet Technology and Machine
8.6 Air-jet Texturing Process Variables
8.6.1 Supply Yarn
8.6.2 Overfeed
8.6.3 Air Pressure
8.6.4 Wetting of Supply Yarn
8.6.5 Heat-setting
8.7 Structure, Properties and Application of Air-jet Textured Yarn
8.7.1 Structure of Air-jet Textured Yarn
8.7.2 Properties of Air-jet Textured Yarn
8.7.3 Application and End Use of Air-jet Textured Yarn
References
【Hot-fluid (Jet) Texturing and Yarns】
9.1 Introduction
9.2 Mechanical Feed Stuffer-box Texturing
9.2.1 Buckling Model in Stuffing Box
9.2.2 Influence of Filament Properties and Stuffing Box Construction on Buckling Process
9.3 Hot-fluid (Jet) Texturing
9.3.1 Hot-fluid Nozzle
9.3.2 Air Flow in the Hot-fluid Nozzle
9.4 Modified Hot-fluid(Jet) Texturing- Moving-cavity Texturing
9.5 Morphology and Properties of BCF Yarn
9.6 Hot-fluid Texturing Machine
References
【Multi Texturing and Yarns】
10.1 Introduction
10.2 False-twist Texturing (or Hot-fluid Texturing) with Intermingled Process
10.2.1 Intermingled Process
10.2.2 Air Flow in the Intermingling Nozzle
10.2.3 False-twist Texturing with Intermingled Process
10.3 False-twist Texturing with Air-jet Texturing
10.4 Two-for-one Twist Process with False-twist Texturing
10.5 Differential Shrinkage Texturing with False-twist Texturing(or Air-jet Texturing)
10.6 Air-jet Texturing with Texspun
10.7 Fine-scope Texturing
10.7.1 Thickness Techniques
10.7.2 Twist Node Techniques
References