Schumann W
Laboratory of Photoelasticity, Swiss Federal Institute of Technology, Zurich.
J Opt Soc Am A. 1989 Nov;6(11):1738-47. doi: 10.1364/josaa.6.001738.
This investigation in holographic interferometry concerns an approach to a systematic quasi-compensation by appropriate optical modifications at the reconstruction in order that the fringes of interference become visible in the case of large unknown object deformations. The relevant relations are established by using the aberration theory for the image formation in combination with elementary intrinsic differential geometry.
这项全息干涉测量研究涉及一种通过在重建过程中进行适当的光学修改来实现系统准补偿的方法，以便在大的未知物体变形情况下使干涉条纹可见。通过将像形成的像差理论与基本的内在微分几何相结合来建立相关关系。
