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- W2332023218 abstract "Monitoring accurate temperature and pressure profiles in harsh environments is currently in high demand for gas turbine engines and nuclear reactor simulators. The ability to measure both quantities continuously over a region, without thermal coupling, while maintaining a small design envelope is also highly desirable. High temperature electronic devices, such as MEMS (microelectromechanical systems), have provided industry with effective sensors. However, because they rely heavily on the silicon technology, their performance is limited to just above 500◦C. Beyond this temperature, silicon’s mechanical properties begin to break down. Researchers have shown MEMS sensors to be accurate at temperatures reaching 600◦C, but higher temperature sustainability will require a more durable material selection. Beyond the material shortcoming, the high temperatures do not effectively allow MEMS sensors to be multiplexed into large arrays. In general, fiber-optic based methods have been shown to offer many advantages over electronic based sensors and are the ideal choice for high temperature regimes and distributed sensing. In this ∗Graduate Student, Aerospace and Ocean Engineering, 215 Randolph Hall Blacksburg VA 24060 †Professor, Aerospace and Ocean Engineering, 215 Randolph Hall Blacksburg VA 2406, Associate Fellow. ‡Professor (Holder of the Fred D. Durham Chair), Aerospace and Ocean Engineering, 215 Randolph Hall Blacksburg VA 24060, Fellow. §Optical Physics Team/Optical Systems Group, 3157 State Street Blacksburg, VA 24060." @default.
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- W2332023218 date "2008-04-07" @default.
- W2332023218 modified "2023-10-14" @default.
- W2332023218 title "Fiber-Optics Based Pressure and Temperature Sensors for Harsh Environments" @default.
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- W2332023218 doi "https://doi.org/10.2514/6.2008-1834" @default.
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