Foundations of Optical System Analysis and Design
portes grátis
Foundations of Optical System Analysis and Design
Hazra, Lakshminarayan
Taylor & Francis Inc
02/2022
746
Dura
Inglês
9781498744928
15 a 20 dias
1474
Descrição não disponível.
1 Introduction.
2 From Maxwell's Equations to Thin Lens Optics.
3 Paraxial Optics.
4 Paraxial Analysis of the Role of Stops.
5 Towards Facilitating Paraxial Treatment.
6 The Photometry and Radiometry of Optical systems.
7 Optical Imaging by Real Rays.
8 Monochromatic Aberrations.
9 Chromatic Aberrations.
10 Finite or Total Aberrations from System Data by Ray Tracing.
11 Hopkins' Canonical Coordinates and Variables in Aberration Theory.
12 Primary Aberrations from System Data.
13 Higher Order Aberrations in Practice.
14 Thin Lens Aberrations.
15 Stop Shift, Pupil Aberrations and Conjugate Shift.
16 Role of Diffraction in Image Formation.
17 Diffraction Images by Aberrated Optical Systems.
18 System Theoretic Viewpoint in Optical Image Formation.
19 Basics of Lens Design.
20 Lens Design Optimization.
21 Towards Global Synthesis of Optical Systems.
Epilogue.
2 From Maxwell's Equations to Thin Lens Optics.
3 Paraxial Optics.
4 Paraxial Analysis of the Role of Stops.
5 Towards Facilitating Paraxial Treatment.
6 The Photometry and Radiometry of Optical systems.
7 Optical Imaging by Real Rays.
8 Monochromatic Aberrations.
9 Chromatic Aberrations.
10 Finite or Total Aberrations from System Data by Ray Tracing.
11 Hopkins' Canonical Coordinates and Variables in Aberration Theory.
12 Primary Aberrations from System Data.
13 Higher Order Aberrations in Practice.
14 Thin Lens Aberrations.
15 Stop Shift, Pupil Aberrations and Conjugate Shift.
16 Role of Diffraction in Image Formation.
17 Diffraction Images by Aberrated Optical Systems.
18 System Theoretic Viewpoint in Optical Image Formation.
19 Basics of Lens Design.
20 Lens Design Optimization.
21 Towards Global Synthesis of Optical Systems.
Epilogue.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Electro-Optical System;Photonic System;Exit Pupil;Refracting Interface;Paraxial Ray;Entrance Pupil;Axial Object Point;Wave Aberration;Thin Lens;Image Space;Wavefront Aberration;Equivalent Focal Length;Transverse Ray Aberration;Principal Ray;Ray Tracing;Chromatic Aberration;Skew Ray;Lens Elements;Aperture Stop;Reference Sphere;Plane Parallel Plate;Primary Aberrations;Thick Lens;Paraxial Image;Canonical Coordinates;Lens Design;Axial Colour
1 Introduction.
2 From Maxwell's Equations to Thin Lens Optics.
3 Paraxial Optics.
4 Paraxial Analysis of the Role of Stops.
5 Towards Facilitating Paraxial Treatment.
6 The Photometry and Radiometry of Optical systems.
7 Optical Imaging by Real Rays.
8 Monochromatic Aberrations.
9 Chromatic Aberrations.
10 Finite or Total Aberrations from System Data by Ray Tracing.
11 Hopkins' Canonical Coordinates and Variables in Aberration Theory.
12 Primary Aberrations from System Data.
13 Higher Order Aberrations in Practice.
14 Thin Lens Aberrations.
15 Stop Shift, Pupil Aberrations and Conjugate Shift.
16 Role of Diffraction in Image Formation.
17 Diffraction Images by Aberrated Optical Systems.
18 System Theoretic Viewpoint in Optical Image Formation.
19 Basics of Lens Design.
20 Lens Design Optimization.
21 Towards Global Synthesis of Optical Systems.
Epilogue.
2 From Maxwell's Equations to Thin Lens Optics.
3 Paraxial Optics.
4 Paraxial Analysis of the Role of Stops.
5 Towards Facilitating Paraxial Treatment.
6 The Photometry and Radiometry of Optical systems.
7 Optical Imaging by Real Rays.
8 Monochromatic Aberrations.
9 Chromatic Aberrations.
10 Finite or Total Aberrations from System Data by Ray Tracing.
11 Hopkins' Canonical Coordinates and Variables in Aberration Theory.
12 Primary Aberrations from System Data.
13 Higher Order Aberrations in Practice.
14 Thin Lens Aberrations.
15 Stop Shift, Pupil Aberrations and Conjugate Shift.
16 Role of Diffraction in Image Formation.
17 Diffraction Images by Aberrated Optical Systems.
18 System Theoretic Viewpoint in Optical Image Formation.
19 Basics of Lens Design.
20 Lens Design Optimization.
21 Towards Global Synthesis of Optical Systems.
Epilogue.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Electro-Optical System;Photonic System;Exit Pupil;Refracting Interface;Paraxial Ray;Entrance Pupil;Axial Object Point;Wave Aberration;Thin Lens;Image Space;Wavefront Aberration;Equivalent Focal Length;Transverse Ray Aberration;Principal Ray;Ray Tracing;Chromatic Aberration;Skew Ray;Lens Elements;Aperture Stop;Reference Sphere;Plane Parallel Plate;Primary Aberrations;Thick Lens;Paraxial Image;Canonical Coordinates;Lens Design;Axial Colour
