RAY TRACE EXAMINATION OF THE HUMAN EYE LENS UNDER CONSTANT VOLUME ACCOMMODATION USING COMPUTER MODELING
Amany Amr Mohammed ELZawahry;
Abstract
The present work aims at introducing a computer model that reconstructs the visual system of the human eye. The model considers that the lens is composed of a core and peripheral layers of different indices of refraction and curvatures. The adjustment of the dimensions of the lens is assumed to take place under constant volume conditions.
The model employs a ray tracing technique, so that it follows the incident rays to its final destination on the retina.
The results showed that the received image on the retina takes the same curvature, such that the curved images is highly focused.
The model employs a ray tracing technique, so that it follows the incident rays to its final destination on the retina.
The results showed that the received image on the retina takes the same curvature, such that the curved images is highly focused.
Other data
| Title | RAY TRACE EXAMINATION OF THE HUMAN EYE LENS UNDER CONSTANT VOLUME ACCOMMODATION USING COMPUTER MODELING | Other Titles | بناء نموذج حاسوبي لفحص تكيف عدسة العين البشرية عند ثبات حجمها باستخدام تتبع الأشعة | Authors | Amany Amr Mohammed ELZawahry | Issue Date | 2020 |
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