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Category Archives: Blue Wave Semi
Nanodiamond Foil Product for H- Stripping to Support Spallation Neutron Source...
Thin diamond foils are needed in many particle accelerator experiments on nuclear and atomic physics as well as in some interdisciplinary research. Particularly, nanodiamond form is attractive for this purpose as it possesses a unique combination of...
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Laser Reflectance Interferometry for In-Situ Growth Monitoring and Characterization of Polydiamond,...
Laser reflectance interferometry tool (LRI) is developed for in-situ measurement of the growth characteristics of carbon based thin films materials. LRI tool integrated with hot-filament CVD (HFCVD) was used to grow films of diamond, nanodiamond,...
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Superconductivity in B-Diamond fabricated via Blue Wave HFCVD
Highly boron doped diamond films were produced using Blue Wave HFCVD reactor over 2” silicon wafers. The morphology and structure of the boron doped diamond films were evaluated by scanning electron microscopy, x-ray diffraction and Raman...
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IU-MRS China
Blue Wave Semiconductors exhibited at the 12th annual International Advanced Materials Conference in Qingdao, China. Thank you to everybody who stopped by the Blue Wave Booth, it was a great trip for our first trime in...
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AVS Presentation
Dr. RD Vispute presented a contributed oral presentation at the AVS 60th International Symposium and Exhibition. The title of his talk was Innovative Thin Film Deposition Tools for R&D from Blue Wave Semiconductors.” Read more about AVS...
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MRS Boston
Blue Wave’s work on nanodiamond foils is featured by MRS in their Meeting Scene newsletter for days one and two of the fall MRS convention. Blue Wave is featured in the technical sessions segment. For more information on this work including our...
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