Technology development for the Space Interferometry Mission (SIM)-status and plans

R. Laskin
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引用次数: 1

Abstract

Optical and infrared interferometry will open new vistas for astronomy over the next decade. Space based interferometers, operating unfettered by the Earth's atmosphere, will offer the greatest scientific payoff. They also present the greatest technological challenge: laser metrology systems must perform with sub-nanometer precision; mechanical vibrations must be controlled to nanometers requiring orders of magnitude disturbance rejection; a multitude of actuators and sensors must operate flawlessly and in concert. The Jet Propulsion Laboratory along with its industry partners, LMA and TRW, are addressing these challenges with a development program that plans to establish technology readiness for the Space Interferometry Mission by end of 2003.
空间干涉测量任务(SIM)技术发展现状与计划
光学和红外干涉测量法将在未来十年为天文学开辟新的前景。基于空间的干涉仪不受地球大气层的限制,将提供最大的科学回报。它们也提出了最大的技术挑战:激光计量系统必须具有亚纳米精度;机械振动必须控制到纳米级,需要抑制几个数量级的干扰;许多执行器和传感器必须完美地协同工作。喷气推进实验室与其工业合作伙伴LMA和TRW正在通过一项发展计划解决这些挑战,该计划计划在2003年底之前为空间干涉测量任务建立技术准备。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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