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Hitz B., Ewing J.J., Hecht J. — Introduction to Laser Technology
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Íàçâàíèå: Introduction to Laser Technology
Àâòîðû: Hitz B., Ewing J.J., Hecht J.
Àííîòàöèÿ: Written for engineers, scientists, technicians, and novices, this text explains the underlying physics and engineering applicable to all lasers, without sidetracking into the mathematical details of quantum electronics. The book outlines the characteristics and applications of commercial lasers worldwide and provides a survey of modern lasers. It also discusses light and optics, the fundamental elements of lasers, and laser modification. Semiconductor lasers, solid-state lasers, ion lasers, HeNe lasers, HeCd lasers, carbon dioxide lasers, excimer lasers, and ultrafast lasers are all considered.
ßçûê:
Ðóáðèêà: Òåõíîëîãèÿ /
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k: ed2k stats
Èçäàíèå: Third Edition
Ãîä èçäàíèÿ: 2001
Êîëè÷åñòâî ñòðàíèö: 287
Äîáàâëåíà â êàòàëîã: 29.11.2009
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Laser resonator modes, stability criterion 109—111
Laser resonator modes, transverse modes 103—104
Laser resonator, analysis 89—90
Laser resonator, circulating power 91—92
Laser resonator, gain and loss 92—94
Laser resonator, gain and loss, saturation 92 93 94
Laser resonator, gain and loss, threshold gain 92
Laser resonator, laser mirrors 98—99
Laser resonator, laser threshold 94
Laser resonator, oscillator-amplifiers 97
Laser resonator, relaxation oscillations 95—96
Laser resonator, resonator and cavity 89
Laser resonator, superradiant laser 90
Laser resonator, unstable resonator 89 97—98
Laser threshold 94
Laser typesetter 5
Laser, characteristics and uses 3
Laser, definition of term 1 68 82—84
LASIK procedure 4 see
Lens, chromatic aberration 250
Lens, focusing capability 19
Lens, Kerr effect 262
Lens, thermal lensing 208
Light see also "Laser light" "Light
Light propagation, birefringence 31—40
Light propagation, birefringence, baseball in gouda cheese 36—40 169
Light propagation, birefringence, double refraction 40
Light propagation, birefringence, Huygens wavelets 35—40 169—170
Light propagation, birefringence, ordinary and extraordinary wavefront 39
Light propagation, Brewster's angle 40—41
Light propagation, Brewster's angle, Brewster plate 41
Light propagation, brightness 41—43
Light propagation, brightness, compared to intensity 42—43
Light propagation, brightness, divergence 42
Light propagation, Huygen's principle 22—24
Light propagation, refractive index 17—21
Light propagation, refractive index, birefringence and 31—40
Light propagation, refractive index, dispersion and 17 21
Light propagation, refractive index, double refraction 40
Light propagation, refractive index, focusing capability of lens 19
Light propagation, refractive index, frequency of light 20
Light propagation, refractive index, prism 19
Light propagation, refractive index, total internal reflection 19 140
Light, amplification 75
Light, color and wavelength 1—2
Light, differences between laser and flashlight 1
Light, electromagnetic waves 7—11
Light, frequency 20
Light, interaction with atoms 72—73
Light, unique characteristics of laser light 1 3
Light, visible light 9
Light, wave-particle duality 11—16
Light, wave-particle duality, photoelectric effect 12—13
Light, wave-particle duality, photons 14
Liquid laser see "Dye laser"
Magnetic field, in light wave 25
Manufacturing, laser application 3 250
Maser, ammonia 85—86
Master oscillator/power-amplifier (MOPA) 97
Materials processing, laser applications 3
Maxwell's equations 9
Maxwell, James Clerk 9
Medicine, laser applications 4 249 252
Medicine, laser applications, LASIK procedure 4
Microlaser 200 see
Military, laser applications 5 87 157 217 229—230 236 237—238 249
MIRACL system 238
Mirrors see "Laser mirrors"
Modelocking see also "Pulsed laser" "Q-switching"
Modelocking, applications 157—158
Modelocking, E-O modelocker 155
Modelocking, frequency domain 156—157
Modelocking, frequency domain, free-running laser 157
Modelocking, frequency domain, phase locking 156
Modelocking, gain modulation 155—156
Modelocking, Kerr-lens mode-locking 262
Modelocking, laser types 158
Modelocking, modulation depth 154
Modelocking, standing wave 154
Modelocking, time domain 153—156
Modes see "Laser resonator modes"
Monochromaticity see also "Laser light"
Monochromaticity, discussed 57—58
MOPA see "Master oscillator/poweramplifier"
Nd:glass laser see also "Glass laser"
Nd:glass laser, compared to Nd:YAG laser 194
Nd:YAG laser see also "Solid-state laser"
Nd:YAG laser, applications 252 264
Nd:YAG laser, bandwidth 117 118 254
Nd:YAG laser, characteristics 172 191—192 203 262
Nd:YAG laser, diode pumping 195—200
Nd:YAG laser, lamp pumping 86—87 258
Nd:YAG laser, thermal loading 207
Neodymium laser see "Nd:YAG"
Nitrogen laser, resonator 90
Nonlinear optics in general 161—164
Nonlinear optics, application 264—267
Nonlinear optics, frequency doubling 172
Nonlinear optics, higher harmonics 173
Nonlinear optics, intracavity harmonic generation 172—173
Nonlinear optics, optical parametric oscillation 173—175 265
Nonlinear optics, phase matching 167—171
Nonlinear optics, phase matching, angle tuning 169 170
Nonlinear optics, phase matching, beam walkoff 170
Nonlinear optics, phase matching, temperature tuning 169
Nonlinear optics, phase matching, Type I phase matching 171
Nonlinear optics, phase matching, Type II phase matching 171
Nonlinear optics, second-harmonic generation 164—167
OPO see "Optical parametric oscillation"
Optical parametric oscillation (OPO), discussed 173—175 265—267
Organic dye laser see "Dye laser"
Oscillator-amplifier 97
Phase matching, discussed 167—171
photoelectric effect 12—13 see
photolithography 250—252
Photoluminesence 225
photons see also "Energy levels"
Photons, absorption and emission 67—68 74
Photons, energy and 67 82—83
Photons, light and 14—16
Plane wave 10—11 see
Pockels cell 142—144 147
Polarization see also "Birefringence"
Polarization "in phase with each other" 30
Polarization vector 26
Polarization, Brewster's angle and 40—41
Polarization, components 27—31
Polarization, components, vector sum 27 28
Polarization, discussed 24—26
Polarization, discussed, plane-polarization 28
Polarization, discussed, plane-polarization and circular polarization 26 32—33
Polarization, process, extraordinary light 34
Polarization, process, ordinary light 34
Population inversion see also "Energy distributions"
Population inversion, creation 202
Population inversion, discussed 79—81
Population inversion, discussed, nonequilibrium situation 80—81
Power output, efficiency and 2
Power output, measurement in watts 134
Power output, prf see "Pulse repetition frequency"
Power, relation to energy 134
prism 19—20
Pulse repetition frequency (PRF) 135
Pulsed laser see also "Cavity dumping" "Modelocking"
Pulsed laser, output measurement 133—135
Pulsed laser, output measurement, average power 134—135
Pulsed laser, output measurement, duty cycle 135
Pulsed laser, output measurement, peak power 134—135
Pulsed laser, output measurement, period 135
Pulsed laser, output measurement, pulsed repetition frequency 135
Pumping mechanisms, ammonia maser 85
Pumping mechanisms, chemical energy 87
Pumping mechanisms, diode pumping 195—202
Pumping mechanisms, diode pumping, cw diode 199
Pumping mechanisms, diode pumping, quasi-cw diode 199
Pumping mechanisms, direct discharge 86
Pumping mechanisms, discussed 85—88
Pumping mechanisms, electrical pumping 86
Pumping mechanisms, nuclear particles 87
Pumping mechanisms, optical pumping 191—192 216
Pumping mechanisms, radiofrequency energy 86
Pumping mechanisms, relation to gain 93
Pumping mechanisms, transverse 257
Q-switching see also "Cavity dumping" "Modelocking"
Q-switching in general 113 135—139
Q-switching, acoustic-optic 139
Q-switching, acoustic-optic, discussed 140—142
Q-switching, acoustic-optic, hold-off 142
Q-switching, compared to cavity dumping 148—150
Q-switching, dye Q-switch 139—140
Q-switching, dye Q-switch, discussed 144—145
Q-switching, electro-optic 139
Q-switching, electro-optic, discussed 142—144
Q-switching, measuring output of pulsed laser 133—135
Q-switching, mechanical Q-switch 139
Q-switching, mechanical Q-switch, discussed 140
Q-switching, mechanical Q-switch, frustrated total-internal-reflection Q-switch 140
Q-switching, pulse transmission mode Q-switching 148
Q-switching, types of Q-switches 139—140
quantum mechanics 15 65 67 71—74 see
Quantum well 184
Quarter-wave plate 33
Radial keratotomy 4
Radiofrequency energy 86
Raman — Nath modulator 151n.1
Range finder 5
Ranging, laser applications 157
Refractive index see "Light propagation refractive
Relaxation oscillations 95—96
Resonator see "Laser resonator"
Robotics 3
Ruby laser see also "Cr:ruby laser" "Solid-state
Ruby laser as solid-state laser 2
Ruby laser, light output 1
Ruby laser, pumping 86 192
Sawmill, laser application 6
Second-harmonic generation (SHG), discussed 164—167
Semiconductor laser in general 177
Semiconductor laser, diode arrays 185—186
Semiconductor laser, diode laser 182—186
Semiconductor laser, diode laser, current confinement 184
Semiconductor laser, diode laser, wavelength 186—187
Semiconductor laser, distributed Bragg reflector 185
Semiconductor laser, distributed-feedback laser 184
Semiconductor laser, LED diode laser 182
Semiconductor laser, vertical-cavity, surface-emitting laser 187—189
Semiconductor manufacture, laser application 250
Semiconductor physics in general 178—182
Semiconductor physics in general, doping 178
Semiconductor physics in general, n-doped semiconductor 179
Semiconductor physics in general, p-doped semiconductor 179
shg see "Second-harmonic generation"
Single-mode laser, bandwidth reduction 127—130
Solid-state laser in general 191—195
Solid-state laser, bandwidth broadening 122
Solid-state laser, diode-pumped in general 195—202
Solid-state laser, diode-pumped, lamp pumping 202—206
Solid-state laser, diode-pumped, thermal issues 206—209
Solid-state laser, examples and characteristics 2
Solid-state laser, normal mode laser 150
Solid-state laser, optically-pumped 191—192
Solid-state laser, tunable 258—261
Spatial hole burning 126
Spectroscopic laser, pumping 194
Spectroscopy, laser applications 158
Spherical wave 11 see
Spherical wave, Huygens' principle applied to 23—24
Spherical wave, Superradiant laser 90
Telecommunications, laser applications 4
Thermal birefringence 208 see
Thermal issues, laser cooling 206—209
Thermal lensing 208
Thermodynamics 76
Three-level laser see also "Energy distributions"
Three-level laser, energy distributions 84—85
Three-level laser, quasi-three-level laser 205—206
Thulium 194
Ti:sapphire laser as tunable solid-state laser 258—261
Ti:sapphire laser, bandwidth 254
Ti:sapphire laser, characteristics 195 198
Ti:sapphire laser, compared to dye laser 260—261
Ti:sapphire laser, wavelength 264
Tm laser, pumping 206
Total internal reflection 19 140
Tunable laser, in general 253—254
Tunable solid-state laser see also "Solid-state laser"
Tunable solid-state laser, discussed 258—261
Tunable solid-state laser, oscillator-amplifier configuration 260
Ultrafast laser 253
Ultrafast laser, discussed 261—264
Ultraviolet light, excimer laser output 211 239—241
USA Today 5
VCSEL see "Vertical-cavity surface-
Vertical-cavity, surface-emitting laser (VCSEL), discussed 187—189
Wall Street Journal 5
Water, as coolant 206—209
Wave see "Electromagnetic waves"
Wavelength Division Multiplexing 4
Wavelength, fixed-wavelength lasers 1
Welding, laser applications 3
Xenon fluoride (XeF) laser 241
YAG see "Nd:YAG"
Yb laser, pumping 206
Yb:YAG laser, pumping 206
YLF laser 195
Young's double-slit experiment 12 15 45 60 141
Young's double-slit experiment, discussed 49—52
Yttrium aluminum garnet (YAG) laser 2 see
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