NANO 53 Course Overview
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Transcript of NANO 53 Course Overview
![Page 1: NANO 53 Course Overview](https://reader035.fdocuments.us/reader035/viewer/2022081400/55504d57b4c9058f768b527a/html5/thumbnails/1.jpg)
NANO53 Course Overview
NANO 53
Foothill College
![Page 2: NANO 53 Course Overview](https://reader035.fdocuments.us/reader035/viewer/2022081400/55504d57b4c9058f768b527a/html5/thumbnails/2.jpg)
Overview
• Course goals• Instrument rubric• Industry scenario
based curriculum• Alphabet soup• PNPA integration• Assignments / grades• Your instructor
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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
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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?
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Industry Scenarios
• Semiconductors and electronics
• Magnetic media / storage
• Biomaterials / biomedical devices
• Thin films / optics
• Advanced materials (composites etc.)
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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
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PNPA - Characterization
Processing (P)
Properties (P)
Characterization
(N)Nanostructure
PLOs – Program Learning Outcomes – Integrated Materials Engineering Process
Stru
ctur
e pr
oper
ty re
latio
nshi
ps =
>
Fabrication property relationships => <= Nanostructure elucidation
<= Process tools / QA/QC monitoring
Fabr
ication
pro
perty
relati
onsh
ips =
>
<= Properties determination
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Assignments / Grades
• Weekly writing assignments
• Midterm / final writing / project
• In class participation
• Lab demonstrations
• Vocabulary (in class) quiz
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Lab Tours
• Nanolab Technologies
• Stanford SNL (Gabelle)– TEM/AES
• NASA-ASL– FE-SEM– TTEM
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Guest Speakers
• Lab scientist / analyst
• Failure analyst
• Authenticity testing
• Materials researcher
• Product development
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In Class Projects
• Nanocarbon
• Carbon Nanotubes
• Quantum dots
• Biomedical devices
• CIGS/CIS/CdTe
• Your material?
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Your Instructor
• Robert D. Cormia
• 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