Kihara T, Kubo H, Nagata R
Appl Opt. 1976 Dec 1;15(12):3025-8. doi: 10.1364/AO.15.003025.
This paper describes a new method of separating only the isopachics of a birefringent object, the present eliminating the photoelastic effect of the object by using immersion method polarization holography. Further, the isochromatics can be also obtained from the isochromatic-isopachic fringe pattern without mutual interaction. Experimental results are given for a photoelastic model using air and water as the immersion media.
本文描述了一种仅分离双折射物体等厚线的新方法，即通过浸没式偏振全息术消除物体的光弹性效应。此外，还可以从等色-等厚条纹图案中获得等色线，且互不干扰。给出了以空气和水作为浸没介质的光弹性模型的实验结果。
