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Imaging Presentations

 

First Generation ZnO Cantilever

First generation ZnO cantilever, showing data and experimental results.

High Speed Imaging with 4 probes

High speed line traces, parallel arrays, and parallel imaging.

Array of 50 Probes and Automation Schematic

Array of 50 scanning probes, and system schematic.

Basic outline of ZnO cantilever and its advantages

ZnO operation and latest ZnO cantilever. Bode plot of ZnO response and schematic of AFM.

 

PhD Defense Presentation: Scott Manalis

Extensive 48 slide presentation. Covers high speed imaging, interdigital cantilever, IR imaging and more.

 

 

Lithography Presentations

Hybrid Lithography Using Scanning Probes

Hybrid AFM, STM mode lithography , including device fabrication.

NANOIV Lithography

Independent lithography with two tips, including device fabrication.

ZnO Parallel Lithography

Explains NANOIV lithography result and shows tip wear SEM.

Ultra98 Lithography

Overview of group progress in lithography up to this point.

1cm x 1cm Lithography Using Scanning Probes

Two slides detailing the first 50 probe lithography result.

Nanotube Lithography Using Scanning Probes

Outline of nanotube lithography performed in the Dai Group at Stanford. Presentation shows a nanotube on and AFM tip, nanotube growth, and lithography results.

Maskless Lithography Using Scanning Probes

Presentation from the Network for Advanced Lithography DARPA / SRC Review held at Berkeley August 18, 1998. Presentation includes slides on recent advances in scanning probe lithography, including high resolution patterning, pattern transfer, and parallel lithography.

Submicron Lithography Using Scanning Probes

Summary of progress made in Quate Group scanning probe lithography up until November 1998.

Summary of Scanning Probe Lithography Goals

Summary of lithography accomplishments and goals as of November 1998.

 

 

 

 

Micromachining Presentations

 

Two Dimensional IR imaging system

Two slides that show the MEMS spiral IR imaging system and experimental results.

Nanotube Localization

Theory, experimental results, and fabrication process.

Nanotube Localization: with a few more slides

Same as above with a few more results.

PhD Defense Presentation: Scott Manalis

Extensive 48 slide presentation. Covers high speed imaging, interdigital cantilever, IR imaging and more.

 

 

Other Presentations

Through Wafer Vias and 3D Inductors

Through wafer via fabrication process, 3D inductor fabrication, and 3D inductor performance.

 

 

 

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