Kurtz R L, Loh H Y
Appl Opt. 1972 Sep 1;11(9):1998-2003. doi: 10.1364/AO.11.001998.
Any motion of the scene during the exposure of a hologram results in a spatial modulation of the recorded fringe contrast. On reconstruction, this produces a spatial amplitude modulation of the reconstructed wavefront, which results in blurring of the image not unlike that of a conventional photograph. The concept of motion holography has been aptly described theoretically by D. B. Neumann. This paper presents and discusses the experimental investigation of a new holographic technique that allows resolution of front surface detail for scene velocities on the order of 9 x 10(5) cm/sec.
在全息图曝光期间场景的任何运动都会导致所记录条纹对比度的空间调制。在重建时，这会产生重建波前的空间幅度调制，从而导致图像模糊，这与传统照片的模糊情况并无不同。D. B. 诺伊曼从理论上恰当地描述了运动全息术的概念。本文介绍并讨论了一种新全息技术的实验研究，该技术能够分辨速度约为9×10⁵厘米/秒的场景的前表面细节。
