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Nano53 course overview

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  • 1. NANO53 Course Overview NANO 53 Foothill College
  • 2. Overview
    • Course goals
    • Instrument rubric
    • Industry scenario based curriculum
    • Alphabet soup
    • PNPA integration
    • Assignments / grades
    • Your instructor
  • 3. Course Goals
    • Learn about characterization tools
    • What tools for what types of materials?
    • How does industry use these tools?
    • Where can you get these services?
    • Preparing yourself for integrated nanomaterials engineering (PNPA)
    • Understanding nanomaterial safety issues
  • 4. Instrument Rubric
    • What is the physics of the instrument?
    • What information is provided?
    • What types of materials are analyzed?
    • What industries use these tools?
    • To answer what types of questions?
  • 5. Industry Scenarios
    • Semiconductors and electronics
    • Magnetic media / storage
    • Biomaterials / biomedical devices
    • Thin films / optics
    • Advanced materials (composites etc.)
  • 6. Alphabet Soup
    • Image
      • AFM, SEM, TEM
    • Surface
      • AES, XPS, SSIMS
    • Organic
      • FTIR, GCMS, HPLC, NMR
    • Chemical/Elemental
      • ICP, XRF
    • Structure
      • XRD, TEM, LEED
    • Data management and safety
      • LIMS and MSDS
  • 7. PNPA - Characterization Processing (P) Properties (P) Characterization (N) Nanostructure PLOs – Program Learning Outcomes – Integrated Materials Engineering Process Structure property relationships => Fabrication property relationships => <= Nanostructure elucidation <= Process tools / QA/QC monitoring Fabrication property relationships => <= Properties determination
  • 8. Assignments / Grades
    • Weekly writing assignments
    • Midterm / final writing / project
    • In class participation
    • Lab demonstrations
    • Vocabulary (in class) quiz
  • 9. Lab Tours
    • Nanolab Technologies
    • Stanford SNL (Gabelle)
      • TEM/AES
    • NASA-ASL
      • FE-SEM
      • TTEM
  • 10. Guest Speakers
    • Lab scientist / analyst
    • Failure analyst
    • Authenticity testing
    • Materials researcher
    • Product development
  • 11. In Class Projects
    • Nanocarbon
    • Carbon Nanotubes
    • Quantum dots
    • Biomedical devices
    • CIGS/CIS/CdTe
    • Your material?
  • 12. Your Instructor
    • Robert D. Cormia
    • [email_address]
    • 650.949.7456
    • Office is 4129 (next to the AFM lab)
    • Office hours / lab demonstrations
      • Typically Monday afternoon (after senate)
      • TBA – arranged for NASA-ASL etc
    • http://fgamedia.org/faculty/rdcormia/NANO53

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