Politch J
Doc Ophthalmol. 1977 Apr 29;43(1):165-75. doi: 10.1007/BF01569304.
The first part of this paper describes the process of optical holography, and discusses the possibilities and some of the merits of the application of optical holographic techniques in the field of ophthalmology, such as: 1. Holographic observation of the eye and the light-path through the cornea and the lens, leading to the evaluation of the optical constants of the eye. 2. Holographic interferometric measurements of the configuration changes which accompany accommodation or changes in the intra-ocular pressure. 3. Three-dimensional observations of the fundus. The second part of the paper is devoted to long wave holography, which has attained special attention in electromagnetic (non-optic) and ultrasonic wave propagation. Although these two forms of wave propagation differ in their physical properties, there are many similarities in their signal processing techniques, the collection of wave fronts emerging from the object, and in the visualization of images.
本文的第一部分描述了光学全息术的过程，并讨论了光学全息技术在眼科领域应用的可能性和一些优点，例如：1. 对眼睛以及通过角膜和晶状体的光路进行全息观察，从而评估眼睛的光学常数。2. 对调节或眼压变化时伴随的形态变化进行全息干涉测量。3. 对眼底进行三维观察。本文的第二部分致力于长波全息术，它在电磁（非光学）和超声波传播方面受到了特别关注。尽管这两种波传播形式在物理性质上有所不同，但它们在信号处理技术、从物体发出的波前收集以及图像可视化方面有许多相似之处。
