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Challenges in holographic measurement of aspheric and freeform optical components shape

机译:非球面和自由形态光学元件形状的全息测量挑战

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The use of Aspherical and free form components is not any more the domain of very special applications and systems. Ever growing demand for better performing systems is pushing hard on its use in an ordinary applications. However the measurement of such components is still challenging because of three main reasons, it is slow, the accuracy is generally not satisfying, the measurable shapes are still rather limited. We developed holographic method for measurement of diffusive aspheric and freeform surfaces. Our recent efforts are focused on method modification which would enable to apply it in measurement of complex polished surfaces. This efforts show up to be rather difficult one. We proposed many improvements of the previously introduced method. We built up several setups, where we tested our assumptions. The first results are positive and some of them are published here. However many problems are still awaiting unaddressed and have to be solved before the method could be used with success. In this paper we are also discussing the shortcomings of the proposed method.
机译:非球面和自由形式组件的使用不是非常特殊的应用和系统的域。对更好的表演系统的需求不断增长的需求正在推动普通应用中的使用。然而,由于三个主要原因,这种组件的测量仍然挑战,因此速度慢,精度通常不满足,可测量的形状仍然相当有限。我们开发了用于测量扩散非球面和自由形状表面的全息方法。我们最近的努力集中在方法修改上,这将使能够将其应用于复杂的抛光表面的测量。这项努力显示出相当困难的努力。我们提出了先前引入的方法的许多改进。我们建立了几种设置,我们测试了我们的假设。第一个结果是积极的,其中一些结果在这里发表。然而,许多问题仍在等待未解决的内容,并且必须在该方法与成功使用之前解决。在本文中,我们还在讨论所提出的方法的缺点。

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