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Development and application of high temperature sensors and electronics for propulsion applications

机译:推进应用高温传感器和电子设备的开发和应用

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High temperature sensors and electronics are necessary for a number of aerospace propulsion applications. The Sensors and Electronics Branch at NASA Glenn Research Center (NASA GRC) has been involved in the design, fabrication, and application of a range of sensors and electronics that have use in high temperature, harsh environment propulsion environments. The emphasis is on developing advanced capabilities for measurement and control of aeropropulsion systems as well as monitoring the safety of those systems using Micro/Nano technologies. Specific areas of work include SiC based electronic devices and sensors; thin film thermocouples, strain gauges, and heat flux gauges; chemical sensors; as well as integrated and multifunctional sensor systems. Each sensor type has its own technical challenges related to integration and reliability in a given application. These activities have a common goal of improving the awareness of the state of the propulsion system and moving towards the realization of intelligent engines. This paper will give an overview of the broad range of sensor-related development activities on-going in the NASA GRC Sensors and Electronics Branch as well as their current and potential use in propulsion systems.
机译:高温传感器和电子设备是许多航空航天推进应用所必需的。美国宇航局格伦研究中心(NASA GRC)的传感器和电子部门参与了一系列在高温,恶劣环境推进环境中使用的传感器和电子设备的设计,制造和应用。重点是开发用于测量和控制航空推进系统的先进功能,以及使用Micro / Nano技术监视这些系统的安全性。具体工作领域包括基于SiC的电子设备和传感器;薄膜热电偶,应变仪和热通量仪;化学传感器;以及集成和多功能传感器系统。在给定应用中,每种传感器类型都具有与集成和可靠性相关的技术挑战。这些活动的共同目标是提高对推进系统状态的认识,并朝着实现智能引擎迈进。本文将概述NASA GRC传感器和电子部门正在进行的与传感器相关的广泛开发活动,以及它们在推进系统中的当前和潜在用途。

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