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Preface | p. xi |
The Human Visual System | p. 1 |
The Optical System | p. 1 |
The Photoreceptors | p. 4 |
The Way that Nerve Cells Operate and Communicate | p. 6 |
The Neural Network of the Eye | p. 8 |
The Visual Cortex | p. 13 |
The Evolution of the Eye | p. 15 |
Plants and Light | p. 16 |
Different Forms of Eye | p. 17 |
The Evolution of the Vertebrate Eye | p. 20 |
Waves and Image Formation | p. 25 |
What is Light? | p. 25 |
Huygens' Wavelets | p. 27 |
Reflection and Refraction | p. 28 |
Stereoscopy | p. 30 |
Holography | p. 33 |
Seeing Small Objects | p. 41 |
Resolution of the Visual System | p. 41 |
A Simple Microscope - the Magnifying Glass | p. 46 |
The Compound Microscope | p. 49 |
Phase-Contrast Microscopy | p. 55 |
Electron Microscopy | p. 59 |
The transmission electron microscope | p. 63 |
The scanning electron microscope | p. 64 |
The scanning transmission electron microscope | p. 66 |
The scanning tunnelling microscope | p. 67 |
Photography and the Recording of Images | p. 69 |
The Origins of the Camera | p. 69 |
Recording and Storing Monochrome Images | p. 70 |
Joseph Nicéphore Niépce | p. 71 |
Daguerreotypes | p. 72 |
William Henry Fox Talbot | p. 73 |
From the wet collodion process to modern film | p. 75 |
The Beginning of Colour Photography | p. 77 |
Louis Ducos du Hauron | p. 77 |
The Lippmann process | p. 80 |
Modern Colour Photography | p. 83 |
The autochrome process | p. 83 |
The modern era of colour photography | p. 85 |
The Basic Construction of a Camera | p. 86 |
Digital Cameras | p. 89 |
Detecting and Imaging with Infrared Radiation | p. 91 |
The Radiation from Hot Bodies | p. 91 |
The Detection of Infrared Radiation | p. 95 |
The effectiveness of infrared and heat detectors | p. 95 |
Thermocouples and thermopiles | p. 98 |
Bolometers | p. 101 |
Golay cells | p. 104 |
Pyroelectric detectors; intruder alarms | p. 105 |
Infrared Imaging | p. 107 |
A night-vision device | p. 107 |
Thermography: thermal imaging | p. 111 |
. Radar | p. 115 |
The Origin of Radar | p. 115 |
Determining the Distance | p. 117 |
The Basic Requirements of a Radar System | p. 118 |
Generators of Radio Frequency Radiation | p. 119 |
The klystron amplifier | p. 120 |
The cavity magnetron | p. 121 |
Transmitting the Pulses | p. 122 |
A simple dipole | p. 122 |
The parabolic reflector | p. 122 |
Multiple-dipole-array antennae | p. 125 |
Phased-array radar | p. 129 |
Reception and Presentation | p. 132 |
Doppler Radar | p. 134 |
The Doppler effect | p. 134 |
Pulsed-Doppler radar | p. 136 |
Synthetic Aperture Radar | p. 139 |
A simple illustration of SAR | p. 140 |
More complex SAR applications | p. 142 |
Other Radar Applications | p. 143 |
Secondary radar | p. 143 |
Ground penetrating radar | p. 144 |
Imaging the Universe with Visible and Near-Visible Radiation | p. 147 |
Optical Telescopes | p. 147 |
Refracting Telescopes | p. 148 |
Reflecting Telescopes | p. 150 |
Infrared Astronomy | p. 155 |
Adaptive Optics | p. 158 |
The Keck telescopes | p. 161 |
Flexible mirror systems | p. 163 |
Imaging the Universe with Longer Wavelengths | p. 169 |
Observations in the Far Infrared | p. 169 |
COBE results | p. 172 |
Radio Telescopes | p. 174 |
The beginning of radio astronomy | p. 174 |
Big-dish radio telescopes | p. 177 |
Radio interferometers | p. 179 |
Radio telescope images | p. 181 |
Imaging the Universe with Shorter Wavelengths | p. 183 |
Some Aspects of Imaging in the Ultraviolet | p. 183 |
The International Ultraviolet Explorer | p. 184 |
The Extreme Ultraviolet Explorer | p. 187 |
The extreme ultraviolet imaging telescope | p. 189 |
X-ray Telescopes | p. 191 |
¿-ray Telescopes | p. 193 |
Images of the Earth and Planets | p. 201 |
Aerial Archaeology | p. 201 |
Imaging Earth | p. 206 |
Global weather | p. 206 |
Imaging the Earth; environmental science | p. 211 |
Making maps | p. 214 |
Images of Planets | p. 220 |
Images for Entertainment | p. 225 |
Persistence of Vision | p. 225 |
Cinematography | p. 226 |
Some early devices for moving images | p. 227 |
The beginning of cinematography | p. 230 |
The introduction of colour | p. 234 |
Television | p. 239 |
Mechanical scanning systems | p. 239 |
Electronic scanning systems | p. 241 |
Television viewing with cathode ray tubes | p. 243 |
Television viewing with liquid crystal displays | p. 247 |
Television viewing with plasma displays | p. 250 |
Three dimensional television | p. 252 |
Detection and Imaging with Sound and Vibrations | p. 255 |
The Nature of Sound Waves | p. 255 |
Animal Echolocation | p. 256 |
The Origin of Echolocation Devices | p. 260 |
Sonar | p. 261 |
Imaging the Interior of the Earth | p. 264 |
Types of seismic wave | p. 265 |
The passage of body waves through the Earth | p. 266 |
Interpretation of seismic wave data | p. 272 |
Geoprospecting with sound | p. 274 |
Medical Imaging | p. 275 |
The Discovery of X-rays | p. 275 |
X-ray Generators | p. 277 |
Recording a Radiographic Image | p. 280 |
Computed Tomography - CT Scans | p. 282 |
Magnetic Resonance Imaging | p. 287 |
Imaging with Ultrasound | p. 293 |
The generation and detection of ultrasound | p. 294 |
Medical ultrasonic procedures | p. 297 |
Images of Atoms | p. 303 |
The Nature of Crystals | p. 303 |
The shapes of crystals | p. 304 |
The arrangement of atoms in crystals | p. 305 |
The Phenomenon of Diffraction | p. 307 |
A one-dimensional diffraction grating | p. 307 |
A two-dimensional diffraction grating | p. 309 |
The Beginning of X-ray Crystallography | p. 310 |
X-rays for Diffraction Experiments | p. 313 |
The Phase Problem in Crystallography | p. 318 |
Determining Crystal Structures; Electron-density Images | p. 322 |
The Scanning Tunnelling Microscope | p. 325 |
Images of Particles | p. 333 |
The Structure of an Atom | p. 334 |
Atom-smashing Machines | p. 338 |
Many More Particles | p. 340 |
Direct Imaging of Particle Tracks | p. 344 |
Photographic plates | p. 344 |
The Wilson cloud chamber | p. 345 |
The bubble chamber | p. 347 |
Index | p. 351 |
Table of Contents provided by Ingram. All Rights Reserved. |
The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.
The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.