The Experts below are selected from a list of 89577 Experts worldwide ranked by ideXlab platform
Lu Yang - One of the best experts on this subject based on the ideXlab platform.
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A measurement system of High-Temperature Oxidation environment with ultrasonic Ir0.6Rth0.4 alloy thermometry.
Ultrasonics, 2018Co-Authors: Gao Wang, Dongfang Yuan, Hanchang Zhou, Lin Xu, Miao Tian, Lu YangAbstract:Abstract Iridium-rhodium is generally applied as a thermocouple material, with max operating Temperature about 2150 °C. In this study, a ultrasonic Temperature measurement system was designed by using Iridium-rhodium (60%Ir–40%Rh) alloy as an acoustic waveguide sensor material, and the system was preliminarily tested in a High-Temperature Oxidation environment. The result of ultrasonic Temperature measurement shows that this system can indeed work stably in High-Temperature Oxidation environments. The relationship between Temperature and delay time of ultrasonic thermometry up to 2200 °C was illustrated. Iridium-rhodium materials were also investigated in order to fully elucidate the proposed waveguide sensor’s performance in a High-Temperature Oxidation environment. This system lays a foundation for further application of High-Temperature measurement.
Zheng Yong - One of the best experts on this subject based on the ideXlab platform.
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Progress in High Temperature Oxidation and Wear Resistance Ceramics
Bulletin of the Chinese ceramic society, 2007Co-Authors: Zheng YongAbstract:An overview on the wear and Oxidation mechanism of ceramic materials used at High Temperature was presented,as well as research progress on High Temperature Oxidation and wear resistance ceramic was summarized.At last,possible methods to improve wear and Oxidation resistance ceramic were put forward.
Gao Wang - One of the best experts on this subject based on the ideXlab platform.
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A measurement system of High-Temperature Oxidation environment with ultrasonic Ir0.6Rth0.4 alloy thermometry.
Ultrasonics, 2018Co-Authors: Gao Wang, Dongfang Yuan, Hanchang Zhou, Lin Xu, Miao Tian, Lu YangAbstract:Abstract Iridium-rhodium is generally applied as a thermocouple material, with max operating Temperature about 2150 °C. In this study, a ultrasonic Temperature measurement system was designed by using Iridium-rhodium (60%Ir–40%Rh) alloy as an acoustic waveguide sensor material, and the system was preliminarily tested in a High-Temperature Oxidation environment. The result of ultrasonic Temperature measurement shows that this system can indeed work stably in High-Temperature Oxidation environments. The relationship between Temperature and delay time of ultrasonic thermometry up to 2200 °C was illustrated. Iridium-rhodium materials were also investigated in order to fully elucidate the proposed waveguide sensor’s performance in a High-Temperature Oxidation environment. This system lays a foundation for further application of High-Temperature measurement.
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Ultrasonic Al₂O₃ Ceramic Thermometry in High-Temperature Oxidation Environment.
Sensors (Basel Switzerland), 2016Co-Authors: Yanlong Wei, Gao Wang, Miao Tian, Yubin Gao, Zhaoqian Xiao, Haijian LiangAbstract:In this study, an ultrasonic Temperature measurement system was designed with Al2O3 High-Temperature ceramic as an acoustic waveguide sensor and preliminarily tested in a High-Temperature Oxidation environment. The test results indicated that the system can indeed work stably in High-Temperature environments. The relationship between the Temperature and delay time of 26 °C–1600 °C ceramic materials was also determined in order to fully elucidate the High-Temperature Oxidation of the proposed waveguide sensor and to lay a foundation for the further application of this system in Temperatures as High as 2000 °C.
Miao Tian - One of the best experts on this subject based on the ideXlab platform.
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A measurement system of High-Temperature Oxidation environment with ultrasonic Ir0.6Rth0.4 alloy thermometry.
Ultrasonics, 2018Co-Authors: Gao Wang, Dongfang Yuan, Hanchang Zhou, Lin Xu, Miao Tian, Lu YangAbstract:Abstract Iridium-rhodium is generally applied as a thermocouple material, with max operating Temperature about 2150 °C. In this study, a ultrasonic Temperature measurement system was designed by using Iridium-rhodium (60%Ir–40%Rh) alloy as an acoustic waveguide sensor material, and the system was preliminarily tested in a High-Temperature Oxidation environment. The result of ultrasonic Temperature measurement shows that this system can indeed work stably in High-Temperature Oxidation environments. The relationship between Temperature and delay time of ultrasonic thermometry up to 2200 °C was illustrated. Iridium-rhodium materials were also investigated in order to fully elucidate the proposed waveguide sensor’s performance in a High-Temperature Oxidation environment. This system lays a foundation for further application of High-Temperature measurement.
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Ultrasonic Al₂O₃ Ceramic Thermometry in High-Temperature Oxidation Environment.
Sensors (Basel Switzerland), 2016Co-Authors: Yanlong Wei, Gao Wang, Miao Tian, Yubin Gao, Zhaoqian Xiao, Haijian LiangAbstract:In this study, an ultrasonic Temperature measurement system was designed with Al2O3 High-Temperature ceramic as an acoustic waveguide sensor and preliminarily tested in a High-Temperature Oxidation environment. The test results indicated that the system can indeed work stably in High-Temperature environments. The relationship between the Temperature and delay time of 26 °C–1600 °C ceramic materials was also determined in order to fully elucidate the High-Temperature Oxidation of the proposed waveguide sensor and to lay a foundation for the further application of this system in Temperatures as High as 2000 °C.
Fei Weng - One of the best experts on this subject based on the ideXlab platform.
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High Temperature Oxidation behavior and research status of modifications on improving High Temperature Oxidation resistance of titanium alloys and titanium aluminides a review
Journal of Alloys and Compounds, 2016Co-Authors: Chuanzhong Chen, Fei WengAbstract:Abstract Titanium alloys and titanium aluminides are widely utilized for structural applications in aerospace, automotive, military, sport equipment and chemical engineering due to their High specific strength, excellent corrosion resistance and stable moderate Temperature properties. However, poor High Temperature Oxidation resistance limits their more extensive practical applications. In this paper, Oxidation thermodynamics and kinetics of titanium alloys and titanium aluminides at High Temperature are analyzed. Recent research progresses of modification including whole alloying modification and surface modification on improving High Temperature Oxidation resistance of titanium alloys and titanium aluminides are reviewed. The development trend of modification on High Temperature Oxidation resistance of titanium alloys and titanium aluminides in the future is forecasted.