Optics E-Book, 11th Edition
An understanding of the fundamental principles of geometrical and physical optics is essential for any student engaged in the study of the visual sciences, but the non-physicist needs a text which clearly explains these notoriously difficult concepts in order to apply them to the practical and clinical aspects of vision. Optics by Freeman and Hull fulfils this requirement admirably.
ISBNコード :
9780702038181
出版日 :
23-10-2003
An understanding of the fundamental principles of geometrical and physical optics is essential for any student engaged in the study of the visual sciences, but the non-physicist needs a text which clearly explains these notoriously difficult concepts in order to apply them to the practical and clinical aspects of vision. Optics by Freeman and Hull fulfils this requirement admirably.
特長
- Comprehensive information on optics makes this book the definitive source on the subject
- A bright, two-color design enhances the text and aids the reader's understanding
著者情報
By Mike Freeman, PhD, MPhil, BSc, MInstP(Hon), CGIA and Christopher Hull, Senior Lecturer, Departent of Optometry and Vision Science, City University, London
| ISBN Number | 9780702038181 |
|---|---|
| Description Author List | By Mike Freeman, PhD, MPhil, BSc, MInstP(Hon), CGIA and Christopher Hull, Senior Lecturer, Departent of Optometry and Vision Science, City University, London |
| Copyright Year | 2004 |
| Edition Number | 11 |
| Format | E-Book |
| Trim | Other |
| Imprint | Butterworth-Heinemann |
| Page Count | 0 |
| Publication Date | 23 Oct 2003 |
| Stock Status | IN STOCK |
1. The basics of light and optical surfaces
2. Reflection and refraction at plane surfaces
3. Refraction and reflection at spherical surfaces
4. Thin lenses
5. Thick lenses and systems of lenses
6. Principles of optical instruments
7. Aberrations and ray tracing
8. Non-spherical and segmented optical surfaces
9. The nature of light, light sources and detectors
10. Radiometry and photometry
11. Optical materials: interaction of light and matter
12. Interference and optical films
13. Diffraction: wavefronts and images
14. Optical design: forming a good image
15. The eye as an optical instrument
Answers to exercises
2. Reflection and refraction at plane surfaces
3. Refraction and reflection at spherical surfaces
4. Thin lenses
5. Thick lenses and systems of lenses
6. Principles of optical instruments
7. Aberrations and ray tracing
8. Non-spherical and segmented optical surfaces
9. The nature of light, light sources and detectors
10. Radiometry and photometry
11. Optical materials: interaction of light and matter
12. Interference and optical films
13. Diffraction: wavefronts and images
14. Optical design: forming a good image
15. The eye as an optical instrument
Answers to exercises
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