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Creator | Title | Description | Subject | Date |
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Stringfellow, Gerald B.; Zhu, Jing Yi; Liu, Feng | Dual-surfactant effect to enhance p-type doping in III-V semiconductor thin films | Surfactant effects are usually achieved by the addition of a single surface element. We demonstrate by first-principles calculations a dual-surfactant effect of Sb and H on enhancing Zn doping in organometallic vapor phase epitaxially grown GaP thin films. The combined effects of Sb and H lower sig... | Surfactants; p-type doping | 2008-11 |
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Liu, Feng | Theory of directed nucleation of strained islands on patterned substrates | We develop a theoretical model to elucidate the nucleation of strained islands on patterned substrates. We show that island nucleation is directed to the preferred sites by a much lower energy barrier and smaller critical size. Strain relaxation directs island nucleation to the bottom of a pit rat... | Directed nucleation; Strained islands; Patterned substrates | 2008-11 |
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Freire, Juliana; Silva, Claudio T. | VisComplete: automating suggestions for visualization pipelines | Building visualization and analysis pipelines is a large hurdle in the adoption of visualization and workflow systems by domain scientists. In this paper, we propose techniques to help users construct pipelines by consensus-automatically suggesting completions based on a database of previously creat... | VisComplete; Workflows; Auto completion; Visualization pipelines | 2008-11 |
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Harrison, Reid R. | Wireless integrated circuit for 100-channel neural stimulation | We present the design of an integrated circuit for wireless neural stimulation, along with bench-top and in-vivo experimental results. The chip has the ability to drive 100 individual stimulation electrodes with constant-current pulses of varying amplitude, duration, interphasic delay, and repetiti... | Wireless; Integrated Neural Interface; Neural recording; Telemetry | 2008-11 |
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Harrison, Reid R. | Wireless neural interface for chronic recording | A primary goal of the Integrated Neural Interface Project (INIP) is to develop a wireless, implantable device capable of recording neural activity from 100 micromachined electrodes. The heart of this recording system is a low-power integrated circuit that amplifies 100 weak neural signals, detect... | Integrated Neural Interface; Wireless; Neural recording; Telemetry | 2008-11 |