Self-organized surface patterns originating from femtosecond laser-induced instability
eBook - PDF

Self-organized surface patterns originating from femtosecond laser-induced instability

,
  1. 142 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Self-organized surface patterns originating from femtosecond laser-induced instability

,

About this book

Zusammenfassung/EnglishThe phenomenon of laser-induced periodic surface structures (LIPSS), or ripples, generated by femtosecond laser pulses on various solid targets is considered in this dissertation. The experimental observations and an astounding similarity of the structures to other patterns originating from instabilities led to the idea to attribute the femtosecond laser nanostructuring to a self-organized pattern formation from laser-induced surface instability. The main aim of the work is a better understanding of the fundamental processes of laser-matter interaction resulting in pattern formation by femtosecond laser ablation. The problem is of great interest both in fundamental and applied science. The knowledge of the underlying physical mechanisms will provide the opportunity to control surface nanostructuring, which has a big application potential in many modern technologies.Zusammenfassung/DeutschDiese Dissertation beschäftigt sich mit dem Phänomen der Laser-Induzierten Periodischen Oberflächenstrukturen (LIPSS, Ripples), erzeugt bei der Ablation durch ultrakurze Lichtimpulsen an unterschiedlichen Targetmaterialien. Die experimentelle Beobachtungen und eine erstaunliche Ähnlichkeit der Strukturen zu anderen Mustern, die aus Instabilitäten entstehen, haben zur Idee geführt, die Entwicklung der Nanostrukturen im Rahmen einer Oberflächenselbstorganisation aus einer laserinduzierten Instabilität zu erklären. Das wesentliche Ziel der Arbeit bestand darin, die fundamentale Physik der Oberflächenstrukturierung bei der Femtosekundenlaserablation besser zu verstehen. Die Kenntnis der physikalischen Mechanismen hilft, die Nanostrukturierung von Oberflächen zu kontrollieren, die ein großes Anwendungspotenzial in vielen modernen Technologien bietet. https://www.researchgate.net/profile/Olga_Varlamova/

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Information

Year
2014
Print ISBN
9783954046041
eBook ISBN
9783736946040
Edition
1

Table of contents

  1. Abstract
  2. Abstrakt
  3. Table of contents
  4. List of publications
  5. Introduction
  6. 1. Laser ablation and laser-induced surface instability
  7. 2. LIPSS: survey of experimental data and models
  8. 3. Laser polarization in the model of self-organization
  9. 4. Instrumentation
  10. 5. Control parameters in pattern formation process
  11. 6. Impact of nanostructure formation on material properties
  12. 7. General Conclusions and Outlook
  13. 8. Appendix
  14. 9. Acknowledgements
  15. 10.References