chapter 1 The Method of Lens Design -- chapter 2 The Achromatic Doublet -- chapter 3 The Air-Spaced Triplet -- chapter 4 Triplet Modifications -- chapter 5 Petzval Lenses -- chapter 6 Double Gauss and Near Symmetric Types -- chapter 7 Telephoto Lenses -- chapter 8 Inverted Telephoto Lens -- chapter 9 Very-Wide-Angle Lenses -- chapter 10 Eyepieces -- chapter 11 Microscope Objectives -- chapter 12 In-Water Lenses -- chapter 13 Afocal Optical Systems -- chapter 14 Relay Lenses -- chapter Catadioptric and Mirror Optical Systems -- chapter 16 Periscope Systems -- chapter IR Lenses -- chapter 18 Ultraviolet Lenses and Optical Lithography -- chapter 19 F-Theta Scan Lenses -- chapter 20 Endoscope -- chapter 21 Enlarging and Copying Lenses -- chapter 22 Projection Lenses -- chapter 23 Telecentric Systems -- chapter 24 Laser-Focusing Lenses (Optical Disc) -- chapter 25 Heads-Up Display Lenses -- chapter 26 The Achromatic Wedge -- chapter 27 Wedge-Plate and Rotary-Prism Cameras -- chapter 28 Anamorphic Attachments -- chapter 29 Illumination Systems -- chapter 30 Lenses for Aerial Photography -- chapter 31 Radiation-Resistant Lenses -- chapter 32 Lenses for Microprojection -- chapter 33 First-Order Theory, Mechanically Compensated Zoom -- chapter 34 First Order Theory, Optically Compensated Zoom Lenses -- chapter 35 Mechanically Compensated Zoom Lenses -- chapter 36 Optically Compensated Zoom Lens -- chapter 37 Copy Lenses with Variable Magnification -- chapter 38 Variable Focal Length Lenses -- chapter 39 Gradient-Index Lenses -- chapter 40 Stabilized Optical Systems -- chapter 41 The Human Emmetropic Eye -- chapter 42 Spectrographic Systems -- chapter 43 Diffractive Systems.