李乔

东华大学纺织学院副教授。担任国际电工技术委员会“可穿戴电子设备和技术-电子织物”工作组专家。博士毕业于香港理工大学，致力于纺织基可穿戴电子器件的研究，包括织物传感器、织物电路等。对常用的功能性纺织材料与结构、柔性传感材料，以及织物基的传感单元的结构、力-电-热耦合性能的优化有着丰富的研究经验。 

Contents

Chapter 1  Fundaments of Electronic Textiles

1.1  Introduction

1.2  Conductive materials

1.3  Textile sensors

1.4  Textile circuits or circuit boards

1.5  Textile sensing networks

1.6  Data processing and communication

1.7  Wearable energy storage

1.8  Applications

References

Chapter 2  Textile Electrode Technology

2.1  Introduction

2.2  Methods and materials

2.3  Results and discussions

2.4  Conclusions

References

Chapter 3  Resistive Textile Sensors

3.1  Brief introduction of textile resistive sensors

3.2  Resistive textile strain sensors: Materials, processing, principle and applications

3.3  Applications: Smart apparels integrated with textile strain sensors

3.4  Applications: Textile pressure sensors for smart protective clothing against impact loading

3.5  Summary

References

Chapter 4  Textile Circuit Technologies

4.1  Introduction

4.2  Printing technology for arbitrary structure

4.3  E-broidery (machine sewing) technology for arbitrary structure

4.4  Weaving technology for non-arbitrary structure

4.5  Flexible interconnection technologies

4.6  Conclusion

References

Chapter 5  Stretchable Woven Fabric-based Circuits

5.1  Textile yarns

5.2  Conductive yarns

5.3  Woven structures

5.4  Fabrication

5.5  Electro-mechanical properties of woven fabric circuits

5.6  Summary

Reference

Chapter 6  Knitted Circuits: Materials, Structures and Manufacturing

6.1  Introduction

6.2  Knitted circuits with knitting technology

Reference

Chapter 7  Knitted Circuits: Performances

7.1  Introduction

7.2  Morphology

7.3  Resistance

7.4  Uni-directional tensile properties

7.5  Three-dimensional punching properties

7.6  Washing property

7.7  Parameter effects

Reference

Chapter 8  Other Stretchable Electronics

8.1  Introduction

8.2  Metal films on an elastic substrate

8.3  Non-coplanar mesh design

8.4  Horseshoe-like meandering structure

8.5  Connection

8.6  Packaging technologies of FCB（Fabric Circuit Board） assemblies

8.7  Conclusion

  References

Chapter 9  Connection Technology

9.1  Bonding connection between flexible knitted circuits and conductive yarns

9.2  Connection between flexible circuit and rigid electronic component

9.3  Connection between flexible circuit and flexible electronic component

References

Chapter 10  Textile-based Energy Convertors

10.1  Introduction

10.2  Textile-based PENGs

10.3  Textile-based TENGs

10.4  Textile-based TEGs

10.5  Conclusions and outlooks

References

Chapter 11  Textile Energy Storage

11.1  Introduction

11.2  Flexible batteries

11.3  Fiber-based supercapacitors (materials, structures, electrodes, properties and principles)

11.4  Fabric-based supercapacitors (materials, structures, electrodes, properties and principles)

11.5  Applications

  References

Chapter 12  Yarn Manufacturing Technologies

12.1  Conventional ring spinning technique

12.2  Unconventional spinning technique

12.3  Ring-based spinning technique

12.4  Nanofiber yarn spinning

References