광선추적방식을 적용한 비구면 렌즈 설계 = Design of Aspheric Lens by using Ray Tracing Method

다국어 초록 (Multilingual Abstract)

The optic industry is a high value-added advanced technology industry combined with the precision machine industry and the digital electronics industry. The aspheric lens, one of optic parts, is a key technology having a significant influence on the performance of optic equipment. So this study relates to designing an aspheric lens to which a ray-tracing method is applied. In the ray-tracing method, a refractive index of material is used, which take an advantage that the location of a light source and incident angle can be fixed, unlike the ray back-tracing scheme.

목차 (Table of Contents)

• ABSTRACT
• 1. 서론
• 2. 비구면 렌즈 설계
• 3. 비구면 렌즈 설계의 검증
• 4. 결론
• 후기
• 참고문헌

참고문헌 (Reference)

1 "The Performance Improvement of the Ashperic Form Accuracy by Compensation Machining Program" 4 (4): 10-15, 2005

2 "Study on design and measurement of aspheric" 10 (10): 133-138, 2005

3 "Stability of the spherical aberration up to the fifth order in cemented doublets" 2 : 161-168, 2000

4 "Ray tracing for holographic optical element recording with non-spherical waves" 2 : 387-397, 2001

5 "Optics" University Science Books 1 434-73 464, 2000

6 "Longitudinal spherical aberration and mass of bi-aspheric aphakic rigid contact lenses" 19 (19): 441-445, 1999

7 "Gradient-index meniscus lens free of spherical aberration" 2 : 449-451, 2000

8 "Design of Spherical Aberration Free Aspherical Lens by Use of Ray Reverse Tracing Method" 20 (20): 191-198, 2003

9 "Correction of Spherical Aberration and Coma by Aspherization in a Cassegrain-Mangin Catadioptri System" 13-19, 1983

10 "Aspheric Objective Lens Design for Optical Pick-up System" 7 : 103-109, 1995

11 "A Study on the Ultra-precision Compensation Machining of Axisymmetric Lens Core" 14 (14): 108-114, 2005