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Understanding Advanced Super Structures: Scattering and Microscopy (ASSM)

This comprehensive course explores advanced superstructures, bridging the micro and macro worlds (1 nm - 10 mm). Topics include nanotechnology, new functional materials like polymers and composites, and the biology of proteins and DNA. The course covers essential principles of scattering and microscopy, including electron and optical techniques, and includes interactive demonstrations and essays. Scheduled sessions provide in-depth discussions and a midterm assessment, fostering a complete understanding of critical scientific concepts and applications.

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Understanding Advanced Super Structures: Scattering and Microscopy (ASSM)

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  1. quarks protonen, neutronen atomen & moleculen ASSM 1fm 1pm 1nm 1mm 1mm 1m 1km 10-15 10-12 10-9 10-6 10-3 1 103 106 What is in the courseAdvanced SuperStructures: Scattering & Microscopy (ASSM)? microworld macroworld

  2. Structures in ASSM • Between microworld and macroworld (between ~1 nm & 10 mm) • Nanotechnology: new functional materials • Polymers • Composites • Photonic materials • Colloids • Catalysis • (Nanostructured) catalysis supports • Biology • Proteins, DNA, Muscles, … How one can see them?

  3. Parts of ASSM • Waves • Theoretical introduction • Ends with a deeltoets • Scattering • Principles, Experimental applications • Essays • Electron Microscopy • Principles & Applications in • Biology • Inorganic chemistry • DEMONSTRATION! • Optical Microscopy • Principles & Applications • DEMONSTRATION! Essays & Demonstrations are obligatory!

  4. 10-11 Wentgebouw N022 9.00 - 12.45 Golven (AP) 12-11 Wentgebouw N022 9.00 - 12.45 Golven (AP) 17-11 Wentgebouw N022 9.00 - 12.45 Golven (AP) 19-11 Wentgebouw N022 9.00 - 12.45 Golven (AP) 24-11 Wentgebouw N022 9.00 - 12.45 Golven: Tussentoets (AP) 26-11 Wentgebouw N022 9.00 - 12.45 Verstrooiing (AP) 01-12 Wentgebouw N022 9.00 - 12.45 Verstrooiing (AP) 03-12 Wentgebouw N022 9.00 - 12.45 Verstrooiing (AP) 08-12 Wentgebouw N022 9.00 - 12.45 Verstrooiing (AP) 10-12 Wentgebouw N022 9.00 - 12.45 Essays verstrooiing (AP) 15-12 Wentgebouw N022 9.00 - 12.45 EM (Bruno Humbel) 17-12 Wentgebouw N022 9.00 - 12.45 EM (John Geus) 05-01 Wentgebouw N022 9.00 - 12.45 EM demo (John Geus) 07-01 Wentgebouw N022 9.00 - 12.45 EM demo (John Geus) 12-01 Wentgebouw N022 9.00 - 12.45 OM (Hans Gerritsen) 14-01 Wentgebouw N022 9.00 - 12.45 OM (Hans Gerritsen) 19-01 Wentgebouw N022 9.00 - 12.45 OM (Hans Gerritsen) 21-01 Wentgebouw N022 9.00 - 12.45 OM demo (HG) Spoorboekje

  5. Eindcijfer in ASSM • Golven (24 november) + Verstrooiing + Essay(10 december) + EM + OM + demonstraties (5 of 7 januari + 21 januari) • Deelname aan demonstraties levert jullie 0.25+0.25=0.5 in het eindcijfer op • Golven deel komt nog een keer in het eindtentamen

  6. Zijn er nog vragen?

  7. Waves 2008/2009

  8. Examples of waves

  9. Piere-Auguste Renoir Examples of waves

  10. Examples of waves Sound waves

  11. Electromagnetic waves

  12. Matter waves Erwin Schroedinger

  13. Intro to Fourier analysis

  14. Example What is the period of this function?

  15. Intro to Fourier analysis • Examples: • radio / television • colours

  16. Travelling wave ( = 0)

  17. Travelling wave ( = 0)

  18. Standing wave = +

  19. Standing wave

  20. Standing wave: string resonances

  21. Piere-Auguste Renoir Examples of waves

  22. Waves in 3D

  23. (Home) werkcollege:Exercises I.1 – I.7(at the end of the lecture notes)

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