'Patterning' presentation slideshows

Top-down and Bottom-up Processes

Top-down and Bottom-up Processes. Presented by: Steven Price April 11, 2006. EE 518 Pennsylvania State University Instructor: Dr. J. Ruzyllo. Outline of Presentation. Top-down approach Bottom-up approach Why will it be needed? Applications Challenges of Bottom-up processing

818 views • 33 slides

Manufacturing Process

EE5900 Advanced Algorithms for Robust VLSI CAD. Dr. Shiyan Hu Office: EERC 731. Manufacturing Process. Adapted and modified from Digital Integrated Circuits: A Design Perspective by Jan M. Rabaey, Anantha Chandrakasan, and Borivoje Nikolic. Silicon Wafer. Single die. Wafer.

565 views • 32 slides

Critical Care Bioinformatics Workshop Sept 26th, 2009

362 views • 29 slides

Double Patterning

Double Patterning. Samuel Johnson 11/6/18. Outline. Background Introduction to SADP Deposition Trim mask issue Self Aligned Quadruple Patterning SADP Problems Via Level Manufacturing. Single Patterning. Lithography and Etch Lay photoresist Lithography Develop.

370 views • 28 slides

Day Date Reading Topic

697 views • 22 slides

Top-down and Bottom-up Processes

Top-down and Bottom-up Processes. What Constitutes a Top-down Process?. Adding a layer of another material over the entire wafer and patterning that layer through photolithography (??). Patterning bulk silicon by etching (??) away certain areas. www.nanoscience.at/ aboutnano_en.html.

706 views • 20 slides

Design of a Head Mounted Display for Image-Guided Surgery

Design of a Head Mounted Display for Image-Guided Surgery. Bo Bai Stephanie Dalquist Megan Galbraith 16 May 2002. Introduction. Develop HMD for surgeons Projects diagnostic images on patient Compare digital X-Rays, NMR Overlay text plans High resolution and accuracy

388 views • 16 slides

Hierarchy of Gene Expression in A/P Patterning

199 views • 12 slides

Addressing Misconceptions

Addressing Misconceptions. 8 = 8 3 + 4 = 5 + 4. Year Two Group Projects. Kindergarten / Grade 1 Using a rekenrek to develop addition strategies and an understanding of part-whole relationships. Year Two Group Projects . using a number line as a model

251 views • 10 slides

(A) Schematic diagram of photolithographic patterning process in supercritical carbon dioxide

Materials World Network: US Australia Cooperation in Organic Semiconductors: Patterning Organic Electronic Devices in Supercritical Carbon Dioxide Christopher K. Ober, George Malliaras, Cornell University, DMR-0602821.

174 views • 2 slides

New Ideas: Molecular Self-assembly: -DNA strands self-assemble into DNA tile nanostructures .

Programmable DNA Lattices: Design Synthesis & Applications. Duke University (PI John Reif) Subcontracts: NYU (Nadrian Seeman), Caltech (Erik Winfree & Niles Pierce).

189 views • 1 slides