Kurtz R L, Perry L M
Appl Opt. 1973 Dec 1;12(12):2815-21. doi: 10.1364/AO.12.002815.
A new holographic technique has been developed that allows the resolution of front surface detail to be holographically recorded from a scene having a relatively large total motion during the exposure, i.e., the total motion of the scene during the exposure is large, relative to the allowed path length change of the signal beam. The new technique has been employed as a holographic camera and consequently produced the first real-time, true three-dimensional motion picture of a moving scene with resolution of front surface detail [R. L. Kurtz and L. M. Perry, Appl. Opt. 12, 888 (1973)]. A composite of this technique provides for the moving scene to have a randomly oriented velocity vector. Evidence of the maximum allowable total scene motion for a single velocity component is provided where the laser source was a continuous wave argon laser.
已经开发出一种新的全息技术，该技术能够对在曝光期间具有相对较大整体运动的场景进行全息记录，从而分辨出其前表面细节，即，相对于信号光束允许的光程长度变化而言，场景在曝光期间的整体运动较大。这种新技术已被用作全息相机，并由此制作出了第一个具有前表面细节分辨率的移动场景的实时、真正三维动态图像[R. L. 库尔茨和L. M. 佩里，《应用光学》12, 888 (1973)]。该技术的一种组合方式可使移动场景具有随机定向的速度矢量。在激光源为连续波氩离子激光器的情况下，给出了单个速度分量的最大允许场景整体运动的相关证据。
