Ksenzov, Dmitriy: Interaction of femtosecond X-ray pulses with periodical multilayer structures. 2010
Inhalt
- Abstract
- Table of contents
- Motivation
- 1 Introduction
- 2 FEL radiation properties
- 2.1. Statistical analysis of the chaotic optical field from a SASE FEL
- 2.2. First experimental results of an X-ray free-electron laser
- 3 The present theory of the interaction soft X-ray radiation with medium
- 3.1. X-ray interactions and wave equations
- 3.2. Linear-optics reflection theory
- 3.3. Ultrafast processes
- 4 Different approaches of X-ray reflection from multilayers
- 4.1. Reflectivity properties of the periodical multilayer X-ray mirrors
- 4.2. Approach for sliced multilayer gratings
- 5 Optical properties of boron carbide
- 6 Resonant soft X-ray reflectivity of multilayers based on B4C material
- 7 Reflection of soft X-ray FEL pulses by periodical multilayers
- 7.1. Basic formalism
- 7.2. Numerical simulation of fs-pulse responses from multilayers
- 7.3. Space-time transformation
- 7.4. Reconstruction of fs-pulses from spatially resolved ML response
- 7.5. Processes of the ionization: influence of high intensity
- 7.6. Possible experimental setup of the experiment at FLASH
- Appendix A
- Appendix B
- Appendix C
- Appendix D
- References
- List of Publications
- Acknowledgements