目錄
Chapter 1 Broad and Profound of Chinese Traditional Textile Culture
1.1 Chinese Traditional Clothing
1.1.1 Hanfu
1.1.2 Ethnic Minority Costumes
1.2 National Traditional Craft--Chinese Embroidery
1.2.1 Su Embroidery
1.2.2 Yue Embroidery
1.2.3 Shu Embroidery
1.2.4 Xiang Embroidery
1.3 Chinese Traditional Skills
1.3.1 Weaving Skills of Song Brocade
1.3.2 Silk Weaving Skills
1.3.3 Suzhou K'o-Ssu Silk Weaving Skills
1.4 Chinese Traditional Auspicious Patterns
1.4.1 The Generation of Auspicious Concept
1.4.2 The Essence of the Concept of Auspicious
1.4.3 The Introduction of Several Common Auspicious Patterns
Exercises
References
Chapter 2 The Overview of China's Textile Industry
2.1 The Developing Course and Position of China's Textile Industry
2.1.1 The Developing Course of China's Textile Industry
2.1.2 The Position of China's Textile Industry (CTI)
2.2 The Review of China's Textile Industry in the Last Century
2.3 The Achievements and Major Challenges of China's Textile Industry Currently
2.3.1 The Achievements of CTI in the 10th Five-Year Period(2001N2005)
2.3.2 Major Problems of CTI in the 10th Five-Year Period
2.3.3 The Achievements of CTI in the 11th Five-Year Plan Period(2005-2010)
2.3.4 Major Problems of CTI in the 11th Five-Year Plan Period
2.3.5 The Achievements of CTI in the 12th Five-Year Plan Period(2011-2015)
2.3.6 Major Problems of CTI in the 1Th Five-Year Plan Period
2.4 Textile Industry 13th Five-Year Development Program
2.4.1 China's 13th Five-Year Plan
2.4.2 China's 13'h Five-Year Plan in Textile Industry
Exercises
References
Chapter 3 China's Textile Industry :From "Made in China" to "Created in China".
3.1 Development of Global Textile Industry
3.1.1 The Developing Course of World's Textile Industry
3.1.2 Status Quo of World Textile Industry
3.1.3 Characteristics of the World of Textile Industry
3.2 Innovative Development of China's Textile Industry and Reconstruction of Supply
Chain
3.2.1 China's Textile Industry Today
3.2.2 Huge Development Potential and Market Space
3.2.3 Outlook of China's Textile Industry
3.2.4 China's Textile Industry in the New Normal of Growth
3.2.5 From "Made in China" to "Created in China" ~
Exercises
References
Chapter 4 The Belt and Road Initiative and Opportunities for China's Textile
Industry
4.1 Introduction
4.2 What Is the Belt and Road Initiative
4.2.1 Vision and Scope
4.2.2 Oversight
4.2.3 Infrastructure Networks
4.2.4 Financial Institutions
4.3 Why One Belt One Road Construction
4.4 The Development Challenges of China's Textile and Clothing Industry
4.4.1 Weak Independent Innovation Capacity
4.4.2 The Level of Industry's Equipment and Technology Needs to Be Further Enhaneed
4.4.3 "Made in China" Brand and Construction of Marketing Network Are Backward
4.4.4 Market Environment Needs Further Improvement
4.5 Opportunities for China's Textile Industry
4.5.1 Reduce Production Cost
4.5.2 Reduce Excess Capacity
4.5.3 Trade and Investment Environment Improved, Logistics Efficiency Increased
4.5.4 Aceelerate Industrial Transfer and Optimize Industrial Distribution
4.5.5 Accelerate the Transformation and Upgrading of the Industrial Structure
4.5.6 Promote Diversification of the Export Market
4.6 Countries Along the Belt and Road Seek New Competitive Advantages
4.6.1 China Actively Builds the Digital Silk Road
4.6.2 Emerging Technologies for Internet Applications in Countries Along the Belt and
Road Enjoy the Technology Bonus
4.7 Culture Heritage
Exercises
References
Chapter 5 Electrospinning of Nanofibers
5.1 Background
5.2 Basic Setup
5.3 Basic Device
5.3.1 High Voltage Power Supply
5.3.2 Spinneret
5.3.3 Receiving Device
5.4 Characteristics
5.5 Application
5.5.1 Tissue Engineering Applications
5.5.2 Protective Clothing Applications
5.5.3 Filtration Devices
5.5.4 As Biosensors
5.5.5 Energy Generation Applications
5.5.6 In Cosmetics
5.6 Recent Research and Development
5.6.1 Bicomponent Nanofibers
5.6.2 Experimental Needleless E-Spin Setup
Exercises
References
Chapter 6 Forward Research on Fiber Field( I )
6.1 Advanced Technology for Carbon Nanotube Fiber Production
6.1.1 The Introduction of Carbon Nanotube Fibers
6.1.2 The Preparation of Carbon Nanotubes
6.1.3 The Characteristics of Carbon Nanotube Fibers
6.1.4 The Application of Carbon Nanotube Fibers
6.2 Polylactic Acid Fiber
6.2.1 Background
6.2.2 Preparation of Polylactic Acid Fiber
6.2.3 Properties of PLA Fiber
6.2.4 Application of PLA Fiber
6.3 Structural Colored Fibers Based on the Structure of Photonic Crystals
6.3.1 Introduction
6.3.2 Fabrication of Photonic Crystal
6.3.3 Application
6.4 Electro Active Polymers
6.4.1 The Introduction of Electro Active Polymers
6.4.2 Types
6.4.3 Characterization
6.4.4 Applications
6.4.5 Future Directions
Exercises
References
Chapter 7 Forward Research on Fiber Field( Ⅱ )
7.1 Graphene-Based Fibers
7.1.1 Introduction
7.1.2 Fabrication of GBFs
7.1.3 Properties of GBFs
7.1.4 Applications of GBFs
7.2 Wearable Motion Sensing
7.2.1 Highly Oriented Electrospun P (VDF-TrFE) Fibers
7.2.2 Optic Fiber for Recognizing Arm Segment Posture and Motion
7.2.3 Versatile Core-Sheath Yam
7.2.4 A Fiber-Based Triboelectric Generator(FTEG)
Exercises
References
Chapter 8 Advanced Textile Technology
8.1 Advanced Staple Fiber Spinning Technology
8.1.1 Embedded and Locatable Spinning
8.1.2 Compact Spinning
8.1.3 PP/Basah Filament Wrapped Yams(Innovation Experiment I )
8.2 Advanced Fabric Formation Technology
8.2.1 Advanced Weaving Technology
8.2.2 Advanced Knitting Technology
8.2.3 Weaving of Seamless Tube Fabric with Basalt Fiber( Innovation Experiment Ⅱ )
Exercises
References
Chapter 9 Advanced 3D Fabric Production Methods
9.1 Classification of 3D Fabric
9.1.1 Advanced 3D Knitting
9.1.2 Advanced 3D Braiding
9.1.3 Advanced 3D Tailorde Fiber Placement
9.1.4 Advanced 3D Orthogonal Nonwoven
9.1.5 Advanced 3D Weaving
9.2 Applications of 3D Textile Structures
9.2.1 Aerospace Industry
9.2.2 Automobile Industry
9.2.3 Construction Industry
9.2.4 Medical Industry
9.2.5 Sports Industry
9.2.6 Defenee Industry
Exercises
References
Chapter 10 Advanced Compound Fabric Production Methods
10.1 Advanced Ultrasonic Laminating Technology
10.1.1 Ultrasonic Laminating
10.1.2 Advantages
10.1.3 Applications
10.1.4 Other Ultrasonic Technology in Textile Industry
10.2 Advanced Engineered Compound Fabrics
10.2.1 Sportwool Technology
10.2.2 Weatherproofing
10.3 Advanced Protection Compound Fabrics
10.3.1 NBC Protection
10.3.2 Ballistic Protection
10.4 Other Advanced Compound Fabrics
10.4.1 Phase Change Fabrics
10.4.2 Colored Electric Conductive Fabrics
10.4.3 Compound Fabrics with Electronic Components
10.4.4 Biologically-Inspired Soft Exosuit
10.4.5 Space Activity Suit
Exercises
References
Chapter 11 Advanced Textile Finishing Technology
11.1 Developments in Textile Finishing
11.1.1 The Timeline for Developments in Textile Finishing
11.1.2 Special Finishes for Natural Fibers
11.1.3 Special Finishes for Synthetic Fibers
11.1.4 Recent Development and Future Trend
11.2 Plasma Surface Treatment of Textiles
11.2.1 Plasmas
11.2.2 Uses of Plasma Treatments
11.2.3 Plasma Grafting Technology
11.2.4 Plasma-Enhanced CVD
11.2.5 The Future Development
11.3 Colouring and Functionalising Fabrics with Anisotropic Silver Nanoparticles
11.3.1 Silver Nanoparticle
11.3.2 Products and Functionalization
11.3.3 Surface Plasmon Resonance(SPR)
11.3.4 Wool Fibers Modified with Silver Nanoparticles
11.3.5 Cotton Fibers Modified with Silver Nanoparticles
11.4 Trends in Apparel Fabrics
11.4.1 Trends 1 : Heather Color Fabric
11.4.2 Trends 2 : Ultra-Light Woven Fabrics
11.4.3 Trends 3:Functional Knitted Fabrics for Metal
11.4.4 Trends 4:More and More Lightness Fabrics
11.4.5 Trends 5:Reflective Fabrics Night Sportswear
11.4.6 Trends 6:Mat Finish and Peached Finish
11.4.7 Trends 7:Fabric Should Lay Emphasis on Comfort
11.4.8 Trends 8:The Past and Future of Fabric
11.4.9 Trends 9 : Gorgeous, Luxury, Sports Style
11.4.10 Trends 10:More and More Style of Funetional Fabrics
Exercises
References
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