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Showing posts from March, 2024

Silicon Carbide and Diamond Composite Material

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DIASEMI DIAMOND COATED SiC WAFER SPECS: Silicon Carbide and Diamond Composite Material  Dimension: Φ25.2mm  Global Thickness: 0.67-0.73mm  Center Thickness: 0.71mm  Silicon Carbide Thickness: 0.45mm  Diamond Thickness: 0.25mm  Thermal Conductivity:  Diamond side: 907.388 mm2 /s; SiC side: 882.022 mm2/s www.semixion.com www.diasemi.us sales@semixicon.com
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Growth of Heteroepitaxial CVD Diamond Films on Ir/YSZ/Si(001) for Detector Applications*

 Growth of Heteroepitaxial CVD Diamond Films on Ir/YSZ/Si(001) for Detector Applications*  C. Stehl1 , S. Gsell1 , M. Fischer1 , M. Schreck1,#, E. Berdermann2 , M. S. Rahman2 , and M. Träger2 1 Universität Augsburg, Germany; 2GSI, Darmstadt, Germany In the framework of the CARAT collaboration, which executes work package 15 of the EU FP7 “HadronPhysics2” project, the diamond group at the University of Augsburg is responsible for the development and growth of heteroepitaxial diamond films, which shall be used in particular for tracking and ToF measurements of heavy ions and minimum ionising particles. Motivation For future particle accelerator experiments, e.g. at FAIR, we are developing novel, advanced diamond sensors grown by chemical vapour deposition (CVD), capable on one hand of replacing the commonly used silicon tracking devices and being on the other hand an advantageous alternative to polycrystalline or single-crystal diamond sensors used so far in beam diagnostics and...
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Dr Orlando Auciello | Ultrananocrystalline Diamond Coatings for Transformational Medical Devices and Prostheses

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 https://www.scientia.global/dr-orlando-auciello-ultrananocrystalline-diamond-coatings-for-transformational-medical-devices-and-prostheses/ Dr Orlando Auciello Distinguished Endowed Chair Professor Departments of Materials Science and Engineering and Bioengineering University of Texas at Dallas Dallas, TX USA Far from the days of being exclusively used in jewellery, diamond is finding a new lease of life as a coating for a wide variety of new medical devices and prostheses. In his recent book,  Dr Orlando Auciello  discusses his research in materials science and device development for medical applications. He evaluates how ultrananocrystalline diamond (UNCD) coatings can be used to improve upon existing biomedical technologies, with the goal of providing a better quality of life for countless patients around the world. Diamonds Are Forever Admired throughout history for their lustrous appearance, diamonds have always been heavily valued. An incredibly simple material, dia...
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CVD Diamond Wafer

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 CVD Diamond Wafer----------- www.diasemi.us
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Boron-Doped Diamond (BDD)

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  Diasemi provides Boron-Doped Diamond (BDD) wafers with low and high boron intensity, available in sizes ranging from 7x7mm to 15x15mm. Surface roughness can be tailored to meet specific requirements. Visit http:// diasemi.us for more information.
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Diasemi -Diaphene—Electric Conductive Diamond Graphene Hybrid Material

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  Diasemi -Diaphene—Electric Conductive Diamond Graphene Hybrid Material A perfect hybrid of ultra hardness ,thermal and ELECTRICAL conductivity www.diasemi.us
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Heterogeneous Integration of Diamond-on-Chip-on-Glass Interposer for Efficient Thermal Management

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  Heterogeneous Integration of Diamond-on-Chip-on-Glass Interposer for Efficient Thermal Management www.diasemi.us
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Diamond coated silicon wafer

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 Diamond coated silicon wafer www.diasemi.us
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Boron Doped Diamond

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Boron Doped Diamond  www.diasemi.us
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