|
|
Авторизация |
|
|
Поиск по указателям |
|
|
|
|
|
|
|
|
|
|
Verdeyen J.T. — Laser electronics |
|
|
Предметный указатель |
"Johnson" noise 714
see “ruby or Ti:sapphire lasers”
lasers 394 396
lasers, heterobarriers in 476
lasers, material dependence on x 469
, lasers 412—414 (see also “eximer lasers”)
, classical value 597
, derivation from Schroedinger's equation 624
, Einstein's coefficient for spontaneous emission 178
, relation to , 182
, relation to the oscillator strength 594
(), Einstein coefficient for stimulated emission (or absorption) 179—180
(), Einstein coefficient for stimulated emission (or absorption), from Schroedinger's equation 623
(), Einstein coefficient for stimulated emission (or absorption), relation to 182
rotational constants 685
lasers 405—11
lasers, discharge excitation 748—758
lasers, electron beam excitation 758—761
lasers, physical data 408
lasers, vibration structure 406
lasers 414 (see also “excimer lasers”)
=line shape such that 184—185
, single pass, line integrated gain 275
(small signal value) 307 520
, cavity parameters 43
statistical weights of the states 1 and 2 181
, uniform plane wave phase constant 10
(nitrogen) electronic transition laser 692
(nitrogen) energy storage in 400
(nitrogen) molecular data 408
(nitrogen) role in laser vibrational levels 406
, number of photons in a cavity 152 288
, density at optical transparency 487
, collisions (in density matrix) 633—641
, collisions (in density matrix)effect on density matrix 635
, collisions (in density matrix)on line width 641
modes 63 66 73
, symbol for distributed loss 208
, symbol for distributed loss or Townsend ionization coefficient 753
, correction to rotational constant 685
, fraction of excess energy lost per collision 738
, secondary emission coefficient 700
such that 220
ABCD law, applied to a graded index fiber 100
ABCD law, applied to a thin lens 77
ABCD law, applied to free space 76
ABCD law, applied to stable cavities 135
ABCD law, definition 76
ABCD matrix, definition 36
ABCD matrix, of a curved mirror 39
ABCD matrix, of a dielectric discontinuity 56
ABCD matrix, of a gas lens 54
ABCD matrix, of a GRIN fiber 53
ABCD matrix, of a homogeneous length 37
ABCD matrix, of a periodic sequence of lens 40
ABCD matrix, of a tapered minor 562—563 (see also “prob. 3.19”)
ABCD matrix, of a thin lens 38
Absorption, 3-photon absorption 645
Absorption, cross-section 189
Absorption, Einstein coefficient for 179
Absorption, in a semiconductor 452
Absorption, in GaAs 461
Absorption, oscillator strength for 594
Absorption, relation to gain coefficient 189
Active cavity 157 240
Active mirrors 528
Additive mode locking 321
Alexandrite lasers 394—396
Algebraic form of Maxwell's equations 10
Amplification coefficient see "gain coefficient"
Amplified spontaneous emission, effect on Q switching 295
Amplified spontaneous emission, limitation on gain 237
Amplitude oscillations, in gain switch lasers 282
Angular momentum, relation to degeneracies , 181
Angular momentum, relation to L, S 682
Angular spread, in terms of integral equation 573
Angular spread, of a Gaussian beam 70
Anisotropic media 16—19
Anisotropic media, ordinary, extraordinary waves 18 19
Anisotropic media, wave propagation in uniaxial crystal 16
Anomalous dispersion in a fiber 114
Anomalous dispersion near an atomic resonance 595
Anti-Stokes emission 652
Antiguiding 579 (see also “prob. 12.11”)
Area, of a pulse 665
Area, theorem 670
Argon, elastic scattering cross-section 739
Argon, ion laser 403—5
Argon, ionization potential 414
Argon, metastable levels 414
Arrays of lasers 568—574
Astigmatism 49
Astigmatism, astigmatic distance in gain guided lasers 582
Astigmatism, from Brewster angle windows 50
Astigmatism, from spherical mirrors 50
Astigmatism, in cavities 51
Astigmatism, in gain guided lasers 514
Atomic response to external field, classical analysis 591
Atomic response to external field, density matrix 628
Atomic response to external field, Schroedinger's description 624—627
Atomic transitions, in (ruby laser) 352
Atomic transitions, in argon ion laser 403
Atomic transitions, in Erbium 373
Atomic transitions, in Nd:glass 370
Atomic transitions, in Nd:YAG 360
Atomic transitions, in Neon 399
Atomic transitions, isotope shift, in hydrogen (deuterium) 224
Atomic transitions, isotope shift, in mercury 695
Atomic transitions, isotope shift, in neon 223
Attachment in excimer discharges 416
Attachment laser discharges 754
Attachment, in 2
Attenuation coefficient see “absorption coefficient”
Attenuation coefficient, evanescent decay of fields 93
Attenuation coefficient, relation to the atomic susceptibility 593
Avalanche photodiode 721
Average electron 734
Background radiation 717
Bandgap, discontinuity in heterojunctions 476
Bandgap, engineering 473
Bandgap, of various semiconductors 444
Beam slicer 538
Beams, guided 85
Beams, Hermite — Gaussian 63—79 (see also “Gaussian beams”)
Beat note 727
Bernard and Duraffourg condition for gain 454
Bistable cavity 608
Blackbody radiation, Planck's law 173—178
Blackbody radiation, Planck's law, background radiation 717
Blackbody radiation, Planck's law, Rayleigh-Jean's limit 177
Bleaching see “saturation”
Bohr orbits (relation to spectroscopic notation) 682
Boltzmann distribution and relations 177
Boltzmann distribution and relations, distribution with a band 376
Boltzmann distribution and relations, for rotational state on a molecule 686
Boltzmann distribution and relations, for thermal population 235
Bound electron 591
Boundary value problems in electromagnetics elementary 20
Bragg reflectors see “distributed feedback”
Bragg wavelength 518 528
Branching ratio 262
Brewster's angle 21—23
Brewster's angle in semiconductor cavity 508
Brewster's angle, astigmatism from 50
Brewster's angle, prisms to compensate for dispersion 321
Broadening, homogeneous (lifetime, collision, natural) 191
Broadening, inhomogeneous (Doppler, isotope, phonon) 196
Built-in potential 703
c axis of ruby 351
Cathode dark space (CDS) 732
| Causality 774
Cavities, confocal geometry 43
Cavities, folded 61
Cavities, stable 42
Cavities, unstable 44 534—542
Cavity, definition of a mode 133
Cavity, linewidth, relation to 153
Cavity, linewidth, relation to Q, F 150
Characteristic energy of electrons for a Maxwellian 737
Characteristic energy of electrons for any distribution 752
Characteristic energy of electrons in mixtures 749
Characteristic energy of electrons relation to E/N 738
Child — Langmuir law 761
Chirp due to dispersion in fibers 113
Chirp in semiconductor lasers 494
Chirp in soliton propagation 117
Chirp phase modulation in modelocking 607
Chirped grating 533
Chromium as a dopant in 353
Chromium as a dopant in chrysoberyl () 392
Classical model of an atom 591
CO lasers, rotational data 686
CO lasers, vibrational data 687
CO lasers, VR spectra on 7—6 band 689
Coherence 23—31
Collision broadening 193
Collisions, effect on density matrix 632
Collisions, inelastic, superelastic 735 772
Collisions, line broadening 193
Collisions, of electrons 744
Commutator notation 634
Complex beam parameter q(z) relation to 66
Complex beam parameter q(z) relation to cavities with tapered mirrors 565
Complex beam parameter q(z) relation to differential equation for 66
Complex beam parameter q(z) relation to radius of curvature 68
Complex beam parameter q(z) relation to spot-size 68
Complex beam parameter q(z) relation to stable cavity parameters 135
Complex beam parameter q(z) relation to transformation 76 (see also “distributed feedback”)
Complex dielectric constant in an active medium 511
Complex dielectric constant relation to the susceptibility 592
Conductivity, electrical free electron in terms of the distribution function 746
Conductivity, electrical free electron, average electron approach 736
Conductivity, electrical relation to photon lifetime 603
Confocal cavity stable by ABCD law 44
Confocal cavity stable by integral equation 550
Confocal parameter 70
Confocal unstable analysis 540
Confocal unstable burn pattern 542
Constitutive relations 9 592
Continuous lens 51
Coupled mode analysis 520
Coupling coefficient (e) 520
Coupling, electromagnetic coupling loss 290
Coupling, electromagnetic efficiency () 261
Coupling, electromagnetic optimum, for a ring laser 267
Coupling, electromagnetic switch laser 290—294
CPM (colliding pulse modelocked laser) 317
Critical fluorescence power for an excimer 415
Critical fluorescence power for ruby 357
Current amplification in avalanche photodiodes 707
Current amplification in photomultipliers 700
Current spreading in semiconductor lasers 510
D, delay time dispersion 111
Damping constant (of a driven oscillator) 591
Debye (a measure of dipole moment)(10cm) 626
Degeneracy of atomic levels(2J+l) 181
Degeneracy of cavity resonant frequencies 155
Density matrix definition (Sec.14.5) 627
Density matrix equation of motion for 634
Density of electorn/hole states, area density of 472
Density of electorn/hole states, for a quantum well, finite barrier 481
Density of electorn/hole states, for a quantum well, infinite barrier 472
Density of electorn/hole states, joint or reduced 455
Density of electron/hole states 445
Density of electrons/holes, relation to Fermi level 450
Density vector form of 668
Density, optical 28
Detachment (in excimers) 416
Detailed balancing 770
Detectors, quantum 698—707
Detuning see “mode pulling”
Detuning from passive cavity resonance 605
Diatomic molecules rotational, vibration, electronic transitions 685—691
Dielectric constant, complex 82
Dielectric constant, relation to susceptibility 10
Difference equation (for a ray) 41
Diffraction losses 155
Diffraction losses, hole coupling 157
Diffraction losses, in a planar mirror system 549
Diffraction losses, in stable cavities 157
Diffraction losses, in unstable cavities 541
diffusion length 466
Diffusion, transverse 752
Dipole antenna 596
Dipole moment for unpolarized light 623
Dipole moment, relation to gain coefficient 642
Direct bandgap semiconductors 443
Discharge of excimer lasers 416
Discharge pumping of lasers 748
Dispersion D, delay time dispersion 111
Dispersion in fibers 106—108
Dispersion in prisms 321
Dispersion modal 99
Dispersion normal, anomalous 114
Displacement current 9
Displacement current for uniaxial crystal 17
Dissociation energy 684
Distributed feedback laser 517—531
Distributed feedback laser, Bragg reflector for VCSEL 484
Distribution function 741
Divergence, transverse () 64
Donut mode 81 567
Doppler effect, line shape for 198
Doppler effect, saturation in 232
Drift velocity 735
Driven oscillator 591
Dye lasers 386
Dye lasers, absorption/emission 390
Dye lasers, cavities for 395
Dye lasers, cw configuration 390
Dye lasers, molecular model 389
Dynodes 700
E-beam, excitation of excimer lasers 415
E-beam, in FEL lasers 417
E-beam, sustained operation of laser 758
E/N, characteristic parameter of a discharge 738
E/N, characteristic parameter of a discharge of laser mixture 749
E/N, characteristic parameter of a discharge of He/Ne laser 399
Effective focal length 50 (see also “astigmatic cavities”)
Effective index in fibers/heterojunctions 92 107 516
Effective index in uniaxial crystal 19
effective mass 444
Efficiency see “quantum coupling
Efficiency factors in 261
Efficiency stimulated emission 292
EH, HE modes in step index fibers 91
Einstein coefficients as defined by rate equations 179
Einstein from Schroedinger's equation 617 621—624
Einstein relation 752
Elastic collision frequency 735 744
Electric current, average electron approach 735
Electric current, from distribution function 746
Electrical length of a cavity 145
Electron affinity (of halogens) 414
Electron gas 734
Electron lifetime 746
Electron mobility average electron approach 735
Electron mobility in mixtures 752
Electron oscillator model 591
Electron temperature in a fluorescent lamp 740
|
|
|
Реклама |
|
|
|