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LFM Calculations
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Fabrication and Characterization of Nanostructures Using AFM - Lecture 4
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- 1 Fabrication and Characterization of Nanostructures Using AFM
- 2 Welcome
- 3 Welcome
- 4 Fabrication and Characterization of Nanostructures Using AFM
- 5 Penn State
- 6 AFM Lithography
- 7 AFM Operation
- 8 Patterning with AFM
- 9 Self-Assembled Monolayers SAMs
- 10 Self-Assembled Monolayers SAMs
- 11 Self-Assembled Monolayers SAMs
- 12 AFM Lithography
- 13 Nanoshaving
- 14 Nanografting
- 15 Nanoshaving
- 16 Nanoshaving
- 17 AFM Lithography
- 18 Dip – Pen Nanolithography DPN
- 19 Dip – Pen Nanolithography DPN
- 20 Dip – Pen Nanolithography DPN
- 21 Dip – Pen Nanolithography DPN
- 22 Dip – Pen Nanolithography DPN
- 23 Electrochemical DPN
- 24 Anodization Lithography
- 25 Anodization Lithography
- 26 Anodization Lithography
- 27 Specialized AFM Operating Modes
- 28 Lateral Force Microscopy LFM
- 29 LFM – Probe Behavior
- 30 Nanoscale Friction
- 31 LFM – Probe Behavior
- 32 LFM – Photodiode Operation
- 33 LFM – Photodiode Operation
- 34 LFM – Applications
- 35 LFM – Applications
- 36 LFM – Applications
- 37 LFM – Friction Loop
- 38 LFM – Friction Loop
- 39 LFM – Friction Loop
- 40 LFM Calculations
- 41 LFM Calculations
- 42 LFM Calculations – Cantilever Spring Constant
- 43 LFM Calculations – Cantilever Spring Constant
- 44 LFM Calculations
- 45 Specialized AFM Operating Modes
- 46 LFM – Friction Loop
- 47 Tapping Mode
- 48 Resonance Frequency
- 49 Tuning the Cantilever
- 50 Lock-In Amplifiers
- 51 Vibrational/Oscillation Amplitude
- 52 Phase Imaging
- 53 Phase Imaging
- 54 Phase Imaging – Applications
- 55 Thank you!
- 56 Frictional Force Demo
- 57 Nanosurf Naio Demo
