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Evolution of optical interferometry in view of practical a

机译:从实用角度出发光学干涉术的发展

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Abstract: The time when Newton's rings were first observed may be considered as the beginning of optical interferometry as science. In the period of roughly 350 years a few milestones may be named and put in the time scale. At the end of the 19th and at the beginning of the 20th centuries the classical interferometry prospered, while after the invention of holography and the first laser coherent optical metrology took the lead and holographic interferometry partly outshined the classical counterpart, partly put it in another light. In the early period of its development optical schemes and interpretation methods were developed which was followed by searching computerized techniques for automated evaluation of interferogram. Holographic interferometry has become a versatile tool for basic and applied research, and instruments and systems have been developed for industrial uses. Full potentials of holographic interferometry in view of industrial application can be realized by purely optical and hybrid techniques. !42
机译:摘要:首次观察到牛顿环的时间可以看作是光学干涉测量学的起点。在大约350年的时间里,可能会命名并划定几个里程碑。在19世纪末和20世纪初,经典干涉术得到了蓬勃发展,而全息术的发明和第一个激光相干光学计量学成为主导之后,全息干涉术在某种程度上超越了经典干涉术,部分地使它陷入了另一种困境。 。在其发展的早期,开发了光学方案和解释方法,随后搜索了用于干涉图自动评估的计算机化技术。全息干涉术已经成为基础研究和应用研究的通用工具,并且已经开发出用于工业用途的仪器和系统。鉴于工业应用,全息干涉术的全部潜力可以通过纯粹的光学和混合技术来实现。 !42

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