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Tags: processing

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Online Presentations

  • 10.0 Ranking Liu: Nano-Scale Device Simulations ...

    Nano-Scale Device Simulations Using PROPHET

    Type Online Presentations
    Contributor(s) Yang Liu, Robert Dutton, Yang Liu
    Date 22 Jan. 2006
    Avg. Rating 5.0 out of 5 stars  (2)
    Rate this

    These two lectures are aimed to give a practical guide to the use of a general device simulator (PROPHET) available on nanoHUB. PROPHET is a partial differential equation (PDE) solver that offers users the flexibility of integrating new models and equations for their nano-device simulations. ...

  • 10.0 Ranking Liu: Nano-Scale Device Simulations ...

    Nano-Scale Device Simulations Using PROPHET-Part I: Basics

    Type Online Presentations
    Contributor(s) Yang Liu, Robert Dutton
    Date 22 Jan. 2006
    Avg. Rating 5.0 out of 5 stars  (2)
    Rate this

    Part I covers the basics of PROPHET, including the set-up of simulation structures and parameters based on pre-defined PDE systems.

  • 10.0 Ranking Xu: Nanoscale Antenna Apertures

    Nanoscale Antenna Apertures

    Type Online Presentations
    Contributor(s) Xianfan Xu
    Date 24 Apr. 2007
    Avg. Rating 0.0 out of 5 stars  (0)
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    This presentation will discuss light concentration and enhancement in nanometer-scale ridge aperture antennas. Resent research, including numerical simulations and near field optical measurements has demonstrated that nanoscale ridge antenna apertures can concentrate light into nanometer domain. ...

  • 9.6 Ranking Liu: Nano-Scale Device Simulations ...

    Nano-Scale Device Simulations Using PROPHET-Part II: PDE Systems

    Type Online Presentations
    Contributor(s) Yang Liu, Robert Dutton
    Date 22 Jan. 2006
    Avg. Rating 5.0 out of 5 stars  (3)
    Rate this

    Part II uses examples to illustrate how to build user-defined PDE systems in PROPHET.

  • 9.3 Ranking Lundstrom: A Primer on Semiconductor Device ...

    A Primer on Semiconductor Device Simulation

    Type Online Presentations
    Contributor(s) Mark Lundstrom
    Date 23 Jan. 2006
    Avg. Rating 4.5 out of 5 stars  (17)
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    Computer simulation is now an essential tool for semiconductor process and device research and development, but to use a simulation tool intelligently, one must know what's "under the hood." This talk is a tutorial introduction designed for someone using semiconductor device simulation for ...

  • 9.3 Ranking Rao: High-Aspect-Ratio Micromachining ...

    High-Aspect-Ratio Micromachining of Titanium: Enabling New Functionality and Opportunity in Micromechanical Systems Through Greater Materials Selection

    Type Online Presentations
    Contributor(s) Masa Rao
    Date 18 Jun. 2008
    Avg. Rating 0.0 out of 5 stars  (0)
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    Traditionally, materials selection has been limited in high-aspect-ratio micromechanical applications, due primarily to the predominance of microfabrication processes and infrastructure dedicated to silicon. While silicon has proven to be an excellent material for many of these applications, no one ...

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Animations

  • 6.4 Ranking LSPM Team: Feasibility of Molecular ...

    Feasibility of Molecular Manufacturing

    Type Animations
    Contributor(s) EPICS LSPM Team
    Date 15 Mar. 2005
    Avg. Rating 3.0 out of 5 stars  (3)
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    Martin and Laura have an interesting debate about the feasibility of Molecular Manufacturing. Can molecular assemblers be developed to create new materials, new devices, and even macroscopic objects? Find out... If Martin ever wakes up!

  • 5.6 Ranking Bean: Fabrication of a MOSFET within a ...

    Fabrication of a MOSFET within a Microprocessor

    Type Animations
    Contributor(s) John C. Bean
    Date 16 Nov. 2005
    Avg. Rating 4.5 out of 5 stars  (3)
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    This resource depicts the step-by-step process by which the transistors of an integrated circuit are made.

  • 0.0 Ranking Bean: Molecular Beam Epitaxy

    Molecular Beam Epitaxy

    Type Animations
    Contributor(s) John C. Bean
    Date 16 Nov. 2005
    Avg. Rating 0.0 out of 5 stars  (0)
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    Microelectronic devices are made by repeating two steps: 1) Depositing a thin uniform layer of material; 2) Then using a photographic process to pattern and remove unwanted areas of that layer.

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