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    Material research: New chemistry for ultra-thin gas sensors
    A Bochum-based team has developed a new process for zinc oxide layers that can be used for nitrogen oxide sensors as well as protection layer on plastic.The application of zinc oxide layers in industry is manifold and ranges from the protection of degradable goods to the detection of toxic nitrogen oxide gas. Such layers can be deposited by atomic layer deposition (ALD) which employs typically chemical compounds, or simply precursors, which ignite immediately upon contact with air, i.e. are highly pyrophoric. An interdisciplinary research team at Ruhr-Universität Bochum (RUB) has now established a new fabrication process based on a non-pyrophoric zinc precursor that can be processed at temperatures low enough to allow plastics to be coated.Depositing ultra-thin layersIn order to produce a sensor for nitrogen dioxide (NO2), a thin layer of nanostructured zinc oxide (ZnO) must be applied to a sensor substrate and then integrated into an electrical component. Professor Anjana Devi's ...
    2020 - 07 - 02
    Material research: New chemistry for ultra-thin gas sensors
    A Bochum-based team has developed a new process for zinc oxide layers that can be used for nitrogen oxide sensors as well as protection layer on plastic.
    2020 - 07 - 02
    Radiation alters ceramic grain boundaries
    Grain boundaries in ceramics may not be as chemically stable as previously thought. So say researchers at the University of Wisconsin-Madison in the US who have found that carbon atoms collect or segregate at the boundaries of silicon carbide – a technologically important ceramic – when the material is exposed to ionizing radiation. The result could help improve our understanding of ceramics in general and aid the development of better ceramic materials for applications in nuclear energy.
    2020 - 07 - 02
    Room-temperature superconductors that could revolutionize the world
    Waste heat is all around you. On a small scale, if your phone or laptop feels warm, that's because some of the energy powering the device is being transformed into unwanted heat.
    2020 - 06 - 24
    Understanding ceramic materials
    When most people think of ceramics, they might envision their favorite mug or a flowerpot. But modern technology is full of advanced ceramics, from silicon solar panels to ceramic superconductors and biomedical implants
    2020 - 06 - 17
    2020 The 9th Shanghai International Injection Molding Forum
    MIM is currently the most scientific near net shape forming technology for metal parts formation. It can flexibly adjust to various performance indexes and has been successfully applied to popular areas such as auto parts, 3C digital, medical equipment and tool locks. Hence, traditional molding technologies such as CNC fine processing, to some extent, are being replaced.
    2020 - 05 - 14
    The 18th East China Powder Metallurgy Technology Exchange Meeting
    The East China Powder Metallurgy Technology Exchange Meeting, rotationally presented by the powder metallurgy societies in East China, has been successfully held for 17 years since 1982. It’s considered as one of the important platforms for China's powder metallurgy industry exchanges, and has actively promoted the flourishing development of the industry and related industries in East China and even China.
    2020 - 05 - 14
    2020 Shanghai International Summit Forum on Ceramic 3D Printing
    Ceramic 3D printing can be used in preparation of multifunctional ceramics with complex structure and high precision, and will be widely used in architecture, engineering, medicine, aerospace and more. In recent years, metal and plastic 3D printing companies is shifting to the ceramic materials field that has increasing demand for strong, tough and high temperature resistant parts, which promotes the rapid development of ceramic 3D printing industry. According to the latest Grand View Research report, the global ceramic 3D printing market is expected to approach $160 million by 2025 with an average annual growth rate of 34%. This will be a new growth point for the 3D printing market segment.
    2020 - 05 - 14
    Superfast method for ceramic manufacturing could open door to AI-driven material discovery
    Scientists in the University of Maryland (UMD)'s Department of Materials Science and Engineering (MSE) have reinvented a 26,000-year-old manufacturing process into an innovative approach to fabricating ceramic materials that has promising applications for solid-state batteries, fuel cells, 3D printing technologies, and beyond.
    2020 - 05 - 07
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