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Showing 1 to 5 of 5 for “"Semiconductor device fabrication"”.

  1. Optimization of the Process for Semiconductor Device Fabrication in the MicrON 636 Whittemore Cleanroom Facility

    … is to develop and optimize a process for the fabrication of basic semiconductor devices in silicon using the Modu-lab toolset in the MicrON 636 Whittemore cleanroom facility. This toolset is designed to work with four-inch silicon wafers, in a class 10000 cleanroom. Early work on this process …

    vt Repository record for Optimization of the Process for Semiconductor Device Fabrication in the MicrON 636 Whittemore Cleanroom Facility (opens in a new tab)

  2. Digital projection photochemical etching for gray-scale semiconductor applications

    In the contemporary semiconductor industry, with the ever-growing demand for smaller, denser, and newer device features, various industrial and academic research groups across the world are looking beyond the conventional planar lithography and fabrication methods for semiconductor materials. The …

    uiuc Repository record for Digital projection photochemical etching for gray-scale semiconductor applications (opens in a new tab)

  3. Atomic Layer Deposition of Vanadium Dioxide: Synthesis, Doping, and Device Applications

    … of applications. The MIT makes VO₂ useful for devices with improved switching performance and as the building block for alternative computing architectures such as oscillators and memristors. The pressing issue of integrating VO₂ into the existent semiconductor device fabrication process is the …

    cambridge Repository record for Atomic Layer Deposition of Vanadium Dioxide: Synthesis, Doping, and Device Applications (opens in a new tab)