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Mars or Bust! 40 years of fiber optic sensor development

机译:火星还是半身像!光纤传感器发展40年

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In 1977 McDonnell Douglas Astronautics Company began a project to investigate the usage of optical gyros to support the Delta Launch vehicle. This resulted in the invention of the closed loop fiber optic gyro and several derivative inventions that allowed entry into acoustics for undersea applications, launched the field of fiber optic smart structures, and resulted in some strange detours into secure fiber optic communication. Health monitoring activities with Blue Road Research, Inc. and later Columbia Gorge Research, LLC continuing to develop fiber sensors for an ever wider range of use including civil structures, oil and gas, environmental sensing, high speed machining, composite manufacturing, energetic materials, robotic surgery and electric power. This paper primarily follow the path to the moon, Mars and beyond with the objective of showing how fiber sensors are helping us to get there and ultimately will help us stay there.
机译:1977年,麦克唐纳·道格拉斯宇航公司开始了一个项目,研究使用光学陀螺仪来支持三角洲运载火箭。这导致了闭环光纤陀螺仪的发明和若干衍生的发明,这些发明允许进入海底应用的声学领域,开创了光纤智能结构的领域,并导致绕开了安全光纤通信的一些奇怪的弯路。与Blue Road Research,Inc.以及后来的Columbia Gorge Research,LLC进行的健康监测活动,继续开发光纤传感器,其用途越来越广泛,包括土木结构,油气,环境传感,高速加工,复合材料制造,高能材料,机器人手术和电力。本文主要沿着通向月球,火星及其他地方的道路,目的是展示光纤传感器如何帮助我们到达那里,并最终帮助我们保持在那里。

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