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Non-equilibrium response in high temperature superconductors2025|PDF|Epub|mobi|kindle电子书版本百度云盘下载

Non-equilibrium response in high temperature superconductors
  • candidate,Abbas A Essa;supervisor,Bao Jiashan 著
  • 出版社: Shanghai University Press
  • ISBN:7810585649
  • 出版时间:2001
  • 标注页数:150页
  • 文件大小:18MB
  • 文件页数:163页
  • 主题词:上海大学-博士-学位论文-汇编-2001

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图书目录

Chapter 1 Introduction1

1.1 High temperature superconducting thin film and device application1

1.2 Aim of the research describe in thist thesis3

1.3 Structure of the thesis5

1.4 High-TC oxide superconductors temperature6

1.5 Aspectof superconductivity relatedtothe radiation response13

Chapter 2 Fundmental of Superconducting Optical and Microwave Response23

2.1 Introduction23

2.2 Response performance parameters24

2.3 Response in the bolometric(thermal)mode28

2.4 Response in the nonbolometric mode31

Chapter 3 Optical Response of High-Te Superconductor38

3.1 Introduction38

3.2 Photoresponse of T1BaCaCuO epitaxial thin films42

3.3 Optical response of granular YBCO weak link below the transition temperature50

3.4 Possibility of nonbolometric response57

3.5 Conclusion68

Chapter 4 Microwave Response of YBa2Cu3O7-δ Granular Thin Films UnderMagnetic Fields70

4.1 Introduction70

4.2 Experimental Detail73

4.3 Experimental results74

4.4 The current-voltage(I-V)characteristics81

4.5 Discussion85

4.6 Conclusion86

Chapter 5 Low Temperature Optical and Microwave Response of Granular Josephson Junctions88

5.1 Introduction88

5.2 Experimental details89

5.3 Junction response97

5.4 Conclusion100

Chapter 6 Modeling and Analysis of Thin Film Response103

6.1 Assessment of microwave response103

6.2 Model development107

6.3 Conclusion118

Chapter 7 Summary120

7.1 Conclusion120

7.2 Future work122

Appendix A124

Thermal responseofa coposite bolometer124

Appendix B134

Derivation of Energy Gap as a Function of Temperature and Excess Quasiparticles134

Appendix C138

Derivation of Steady-State Qusiparticle Density Equation138

References141

Acknowledgments149

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