Navarro R, Moreno-Barriuso E, Bará S, Mancebo T
Opt Lett. 2000 Feb 15;25(4):236-8. doi: 10.1364/ol.25.000236.
We present a method for manufacturing phase plates to compensate for the wave aberration in the human eye. The wave aberration of the eye is measured in vivo by a new laser ray-tracing method and then compensated for by a phase plate placed in front of the eye. This plate is made from a gray-level single-mask photosculpture in photoresist. Two experiments were carried out, first with an artificial eye and then with a human eye: 80% compensation for the wave aberration was achieved in both cases.
我们提出了一种制造相位板以补偿人眼波像差的方法。通过一种新的激光光线追踪方法在活体中测量眼睛的波像差，然后通过放置在眼前的相位板进行补偿。该相位板由光刻胶中的灰度单掩模光雕制成。进行了两项实验，首先用人造眼睛，然后用人类眼睛：在两种情况下都实现了80%的波像差补偿。
