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Highlights

Highlights

Nov 8, 2006
Cornell University

Tight Nanostrings Have Better Tone

Nov 8, 2006
Cornell University

Inner City High School Students Investigate Time in Chemistry and Physics

Nov 8, 2006
Cornell University

Better Electronics from Silicon Corrals

Nov 8, 2006
University of Wisconsin - Madison

Engineering Structural Colors Using Nonspherical Building Blocks

Nov 8, 2006
Cornell University

Do not bend, fold or mutilate

Nov 7, 2006
Cornell University

Is It A Solid or a Liquid?

Nov 7, 2006
Cornell University

Partnering with a Charter School to Reach At-Risk Students

Nov 7, 2006
Cornell University

Developing a "Lab-on-a-Particle"

Nov 7, 2006
Cornell University

Frozen Silicon "Trees" tell Story of Melting

Nov 7, 2006

Eu-doped Y2O3 phosphor films through a precursor plasma spraying technique

P. Sujatha Devi, J. Margolis, J. B. Parise, S. Sampath and H. Herman
Europium-doped yttrium oxide (Eu-Y2O3) luminescent films have been produced directly from a solution precursor using a radio frequency (RF) plasma spray technique. Highly crystalline and luminescent films were grown on Si (100) and steel substrates by this process. X-ray diffraction analyses on these films confirm that polycrystalline cubic Y2O3 phase has formed in-situ with no impurity phases.

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