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Koechner W. — Solid-State Laser Engineering
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Íàçâàíèå: Solid-State Laser EngineeringÀâòîð: Koechner W. Àííîòàöèÿ: Written from an industrial perspective, Solid-State Laser Engineering discusses in detail the characteristics, design, construction and performance of solid-state lasers. Emphasis is placed on engineering and practical considerations; phenomenological aspects using models are preferred to abstract mathematical derivations. Since its first edition almost 30 years ago this book has become the standard in the field of solid-state lasers for scientists, engineers and graduate students.
ßçûê: Ðóáðèêà: Òåõíîëîãèÿ /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: Sixth Revised and Updated EditionÃîä èçäàíèÿ: 2006Êîëè÷åñòâî ñòðàíèö: 747Äîáàâëåíà â êàòàëîã: 17.11.2009Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
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Ïðåäìåòíûé óêàçàòåëü
Optical parametric oscillator, wavelength/linewidth control 647—649 Optical phase conjugation 669—679 Optical phase conjugation, basic principles 669—671 Optical phase conjugation, design issues 673—679 Optical phase conjugation, materials 671—673 Optical resonator see "Resonator" Organic dye see "Saturable absorber" Oscillator, threshold condition 103—108 Output coupling 111 117 119 121 Output fluctuations 128—132 271—273 623 624 Output vs input calculations 118—127 Overlap integral 116 Oxides, laser host 41—43 Oxysulfide, laser host 43 Parasitic modes 199 Passive mode locking 542—560 Passive Q-switch 522—529 Pentaphosphates 43 44 Periodically poled crystals 652—655 PFN see "Pulse forming network" Phase coherence, stimulated emission 17 Phase conjugation see "Optical phase conjugation" Phase matching 602—611 634 652—655 Phase mismatch 593 594 638 Phosphate, laser host 43 Photoelastic effects 440—442 Picosecond lasers 568—575 Piezoelectric transducer 274 276—278 520 572 Piezooptic effect 509—511 567 570 Planck's law 12 Plane wave impedance 595 Plane-parallel resonator 219 221 Plano-concave resonator 220 Pockels cell Q-switch 499—516 Population inversion 25—27 159 Porro prism resonator 252—254 457 512 513 Postlasing 508—511 Potassium titanyl phosphate see "KTP" Power supplies, cw arc lamps 339 340 Power supplies, diode arrays 363—366 Power supplies, flashlamps 315—334 PPLN 637 652—661 Praeseodymium 49 Prelasing 198 199 508 509 Pulse forming network 323—331 Pulse shape distortion 193 194 Pulse-bandwidth product 539—541 562 563 Pump arrangements, laser diodes, end pumping 407—418 Pump arrangements, laser diodes, face pumped disks 421 422 Pump arrangements, laser diodes, side pumping, rods 393—401 Pump arrangements, laser diodes, side pumping, slabs 401—407 Pump band 28 29 Pump cavity, arc lamps, face pumped disks 418—420 Pump cavity, arc lamps, mechanical design 381—392 Pump cavity, arc lamps, pump light distribution 378—381 Pump cavity, arc lamps, radiation transfer 368—378 Pump configurations 366—368 Pump source efficiency 112 113 301 337 338 355 Pumping rate 33 34 119 Q-switch devices, acoustooptic 514—552 Q-switch devices, electrooptical 499—516 Q-switch devices, mechanical 498 499 Q-switch devices, passive 522—529 Q-switch, theory 117 118 488—498 Quality factor Q, definition 105 Quantum efficiency 33 36 Quantum noise 272 273 Quantum well 343 344 557 Quartz, optical transmission 306 Quasi phasematching 652—655 Quasi three or four level lasers 125 126 Radiation lifetime 15 Radiation transfer efficiency 113 Raman laser 662—669 Raman laser, configurations 666 Raman laser, examples 667—669 Raman laser, theory 662—666 Raman scattering see "Stimulated Raman scattering" Raman — Nath scattering 516 Rare earth ions 46 Rate equations 32—36 159 488 489 Rayleigh range 215 217 226 Rectangular slab laser 461—469 Regenerative amplifiers 180—188 Relaxation oscillations 128—132 271—273 567 Resonant reflector 264 Resonator, longitudinal modes, amplitude/frequency control 271—278 Resonator, longitudinal modes, linewidth reduction 263—271 Resonator, longitudinal modes, mode structure 259—263 Resonator, longitudinal modes, wavelength selection 297—299 Resonator, transverse modes, configurations 217—222 Resonator, transverse modes, design software 254 255 Resonator, transverse modes, hardware 278—282 Resonator, transverse modes, internal lens 232—234 248—250 293 Resonator, transverse modes, losses 104 105 124 125 223—225 228 Resonator, transverse modes, misalignment sensitivity 235—238 Resonator, transverse modes, mode patterns 210—214 Resonator, transverse modes, stability diagram 222 235 243 247 Resonator, unstable see "Unstable resonator" Ring laser 152—155 Risley pair 253 Ruby laser 51—54 safety see "Laser safety" Samarium 50 Sapphire, laser host 42 Saturable absorber 522—529 Saturation fluence/flux, definition 159 172 173 188 Second harmonic generation crystal properties 611—618 Second harmonic generation intracavity 618—624 Second harmonic generation phase matching 602—611 Second harmonic generation systems 629—633 Second harmonic generation theory 590 592—602 Self focusing 200—209 Self mode locking see "Kerr lens mode locking" Sellmeier equation 648 Semiconductor saturable absorber mirror see "SESAM" Sensitizer, doping 49 64 75 94 95 servo loop see "Electronic feedback loop" SESAM 527 528 543 556—560 Shot noise 272 Side pumping 134—147 366—406 Signal distortions, amplifier 190—194 Silicate, laser host 43 Slab laser 178 179 401—407 458—469 Slope efficiency, definition 120 Small scale ripple growth 206 207 SOAP, laser host 43 Soliton pulse shaping 579 Spatial filter 171 172 208 Spatial hole burning 265 Spatial overlap 115 116 408—411 Spectral characteristics, laser output 259—262 Spherical resonator see "Concentric resonator" Spike suppression 132 133 Spontaneous emission 15 31 Spot size, definition 215 226 Stability diagram, resonator 222 232 235 243 247 551 Steady state amplification see "Amplifier steady Stefan — Boltzmann equation 13 Stimulated Brillouin scattering 587 590 592 669—679 Stimulated emission, definition 16 17 24 25 see Stimulated Raman scattering 587 590 591 662—669 Stokes factor 115 424 Stokes lines 587 664 665 Stress fracture limit 439 459 479—481 Super Gaussian beam 192 Surface damage 681—684 Symbols, definition 711—715 System efficiency 123 151 170 171 394 Telescopic resonator 248—250 Temporal distortions, amplifier 193 194 Thermal distortions, laser beam 193 442—457 Thermal distortions, laser beam, compensation 449-451 Thermal effects, disk laser 469—473 Thermal effects, end pumped laser 473—481 Thermal effects, laser rod, birefringence 445—449 Thermal effects, laser rod, lensing 231—233 442—445 451—453 Thermal effects, laser rod, photoelastic effect 440—442 Thermal effects, laser rod, stress 437—440 Thermal effects, laser rod, temperature distribution 426—437 Thermal effects, slab laser 458—469 Thermal lensing compensation 293 294 451 452 Thermal line broadening 20 Thermal shock parameter 440 480 481 Third harmonic generation 625—629 Three level laser 27—29 126 127 Threshold condition see "Oscillator threshold condition" Threshold input 120 Thulium 49 50 Ti:Sapphire laser 83 88—91 575 580—582 Titanium 50 Tm:YAG laser 94—97 Tm:YLF laser 97 Transform limited pulse 539—541 Transition metals 50 Transverse modes 210—254 Travelling wave oscillator see "Ring laser" Trigger circuit, flashlamp 331—334 Tunable lasers 79—97 Tungstate, laser host 44 Tungsten filament lamp 300 301 Uniaxial crystal 603—608 Unstable resonator 271 282—296 Unstable resonator, alignment sensitivity 295 296 Unstable resonator, negative branch 287—289 Unstable resonator, positive branch 284—287 Upper state efficiency 112 115 Vanadate, laser host 44 Variable reflectivity mirror 270 287 289—292 Vibronic lasers see "Tunable lasers" Waist, Gaussian beam 215 Wavefront distortion 190—193 200—209 442—449 669—671 Wavelength control see "Frequency control" Wavelength selection 297—299 Whisper modes 199 Whole beam self focusing 201—203 Wien's displacement law 13 Xenon arc lamp see "Flashlamps" YAG laser host 42 see "Er:YAG "Yb:YAG YAP, YALO, laser host 42 Yb:KGW laser 583 Yb:YAG laser 97—101 180 421 422 424 472 583 YLF, laser host 45 Ytterbium 49 Zig-zag slab laser 402 404 461 462
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