Introduction to Visual Optics
-10%
portes grátis
Introduction to Visual Optics
A Light Approach
Strong, Samantha
Elsevier - Health Sciences Division
11/2022
232
Mole
Inglês
9780323875349
15 a 20 dias
520
Descrição não disponível.
Section 1: Geometric and Basic Optics Chapter 1: Basics of Light and Colour Chapter 2: Vergence and Refraction Chapter 3: Thin Lenses Chapter 4: Ray Tracing Chapter 5: Equivalent Lenses Chapter 6: Thick Lenses Chapter 7: Dispersion and Chromatic Aberration Chapter 8: Prisms Chapter 9: Reflection Chapter 10: Optical Instruments
Section 2: Physical Optics Chapter 11: Superposition, Diffraction and Interference
Section 3: Clinical Applications Chapter 12: Finding the Focus in Real Experiments Chapter 13: Photometry Chapter 14: Low Vision Aids Chapter 15: Polarisation Chapter 16: Lenses for Imaging the Eye Chapter 17: Wavefront Aberrations and Adaptive Optics Chapter 18: Optical Coherence Tomography (OCT)
Section 4: Experiments to Do at Home Chapter 19: Create Your Own Camera Obscura Chapter 20: Create a Blue Sky in your Kitchen Chapter 21: Create a Prism Chapter 22: Measure the Speed of Light Answers to Practice Questions
Section 2: Physical Optics Chapter 11: Superposition, Diffraction and Interference
Section 3: Clinical Applications Chapter 12: Finding the Focus in Real Experiments Chapter 13: Photometry Chapter 14: Low Vision Aids Chapter 15: Polarisation Chapter 16: Lenses for Imaging the Eye Chapter 17: Wavefront Aberrations and Adaptive Optics Chapter 18: Optical Coherence Tomography (OCT)
Section 4: Experiments to Do at Home Chapter 19: Create Your Own Camera Obscura Chapter 20: Create a Blue Sky in your Kitchen Chapter 21: Create a Prism Chapter 22: Measure the Speed of Light Answers to Practice Questions
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Samantha Strong, Introduction to Visual Optics, optics, visual optics, optical modelling, optical aberrations, vision optics, clinical optics, optometry, vision science, ray diagrams, refraction, reflection, lenses, ophthalmic lenses
Section 1: Geometric and Basic Optics Chapter 1: Basics of Light and Colour Chapter 2: Vergence and Refraction Chapter 3: Thin Lenses Chapter 4: Ray Tracing Chapter 5: Equivalent Lenses Chapter 6: Thick Lenses Chapter 7: Dispersion and Chromatic Aberration Chapter 8: Prisms Chapter 9: Reflection Chapter 10: Optical Instruments
Section 2: Physical Optics Chapter 11: Superposition, Diffraction and Interference
Section 3: Clinical Applications Chapter 12: Finding the Focus in Real Experiments Chapter 13: Photometry Chapter 14: Low Vision Aids Chapter 15: Polarisation Chapter 16: Lenses for Imaging the Eye Chapter 17: Wavefront Aberrations and Adaptive Optics Chapter 18: Optical Coherence Tomography (OCT)
Section 4: Experiments to Do at Home Chapter 19: Create Your Own Camera Obscura Chapter 20: Create a Blue Sky in your Kitchen Chapter 21: Create a Prism Chapter 22: Measure the Speed of Light Answers to Practice Questions
Section 2: Physical Optics Chapter 11: Superposition, Diffraction and Interference
Section 3: Clinical Applications Chapter 12: Finding the Focus in Real Experiments Chapter 13: Photometry Chapter 14: Low Vision Aids Chapter 15: Polarisation Chapter 16: Lenses for Imaging the Eye Chapter 17: Wavefront Aberrations and Adaptive Optics Chapter 18: Optical Coherence Tomography (OCT)
Section 4: Experiments to Do at Home Chapter 19: Create Your Own Camera Obscura Chapter 20: Create a Blue Sky in your Kitchen Chapter 21: Create a Prism Chapter 22: Measure the Speed of Light Answers to Practice Questions
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
