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Graphene Syntheis and Characterization for Raman Spetroscopy At High Pressure
- 1. Single- and Double-Layer Graphene for in-situ High-Pressure Raman scattering Synthesis and Characterization of Carbon-based Nanomaterials Nicolas MORAL Supervisor: Pr. Alexander SOLDATOV High-Pressure Spectroscopy Laboratory Division of Physics, Luleå Tekniska Universitet, 971 87 Luleå, SWEDEN Department of Applied Physics and Mechanical Engineering
- 3. Introduction Carbon-based Nanomaterials Raman scattering High-Pressure
- 8. Introduction Carbon-based Nanomaterials Raman scattering High-Pressure
- 10. Raman Scattering
- 12. Motivation of the thesis Preparation of in-situ HP Resonance Raman Spectroscopy
- 14. Methods and materials Source Materials, Equipment, Protocols
- 20. Methods and Materials Route 1: Supported Graphene Route 2: Free-Standing Graphene
- 26. Methods and Materials Route 1: Supported Graphene Route 2: Free-Standing Graphene
- 28. Methods and Materials 100 µm
- 34. Optical observation Graphite Glue DLG ? FLG MLG SLG ?
- 64. Transfer
- 66. Summary of Conclusions Route 1: Supported Graphene Route 2: Free-Standing Graphene
- 69. Future Work Gband 1580cm -1 (intensity a.u.) G’band 2670cm -1 (intensity a.u.) Gband G’band
- 71. Thank you for your attention Please address your questions NOW !
Hinweis der Redaktion
- Young’s Modulus ~1TPa / High toughness-to-weight ratio / High e - and heat conductance (ballistic) All these come from GRAPHENE !!
- 2D does not exist : Start with the bonds, get from graphite to graphene, why it is excellent
- Young 1GPA; Thermal 50times diamond;
- Add legend