Gurzadian G.G., Dmitriev V.G. — Handbook of Nonlinear Optical Crystals :: Электронная библиотека попечительского совета мехмата МГУ

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Gurzadian G.G., Dmitriev V.G. — Handbook of Nonlinear Optical Crystals

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Название: Handbook of Nonlinear Optical Crystals

Авторы: Gurzadian G.G., Dmitriev V.G.

Аннотация:

This is the third revised edition of the book originally published in 1991. It provides a complete description of the properties and applications of nonlinear crystals. In addition, it presents the most important equations for calculating the main parameters of nonlinear frequency converters. This comprehensive reference work is now updated and will be of great value to all scientists and engineers working in nonlinear optics, quantum electronics and laser physics.

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Рубрика: Физика/

Статус предметного указателя: Готов указатель без номеров страниц

ed2k: ed2k stats

Издание: 3rd edition

Год издания: 1999

Количество страниц: 413

Добавлена в каталог: 08.07.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

"Angle-detuning" scheme      306
"Banana"      see " $Ba_{2}NaNb_{5}O_{15}$ "
"Optical damage"      292
"Polarization-bypass" scheme      308
"Polarization-mismatch" scheme      306 308 322
"Quadrature" scheme      410—411
"Walk-off" angle      9 18 25 29 32 36 62—63 292 315 326—327
$(NH_{4})_{2} C_{2}O_{4} . H_{2}O$       see "AO"
$AgGaSe_{2}$       169—172 288 324—325 340—342 359—361
$AgGaS_{2}$       132—136 320 324—325 336—337 339—344 359—361
$Ag_{3}AsS_{3}$       162—166 324—326 336—337 340—341 359—362
$Ag_{3}SbS_{3}$       235—236 324—325 336—337
$Ba(COOH)_{2}$       209—210
$Ba_{2}NaNb_{5}O_{15}$       224—227 291 293 296—297 326 346—347 355—356 358
$BeSO_{4}.4H_{2}O$       182—184 301—302
$CaCO_{3}$       301 357
$CaC_{4}H_{4}O_{6}.4H_{2}O$       see "L-CTT"
$CdGeAs_{2}$       176—178 311—320 324—325 340—342
$CO(NH_{2})_{2}$       see "Urea"
$CSB_{3}O_{5}$       see "CBO"
$CsD_{2}AsO_{4}$       see "DCDA"
$CsH_{2}AsO_{4}$       see "CDA"
$CsTiOAsO_{4}$       see "CTA"
$C_{12}H_{22}O_{11}$       see "Saccharose"
$C_{6}H_{4}(N0_{2})_{2}$       see "MDNB"
      179—180 315—317
$F_{2}^{+}$ : LiF      357
$HgGa_{2}S_{4}$       231—232 336—337 339
$KB_{5}O_{8} . 4D_{2}O$       see "DKB5"
$KB_{5}O_{8} . 4H_{2}O$       see "KB5"
$KD_{2}AsO_{4}$       see "DKDA"
$KD_{2}PO_{4}$       see "DKDP"
      see "KDP"
$KH_{2}AsO_{4}$       see "KDA"
$KNbO_{3}$       126—132 291 297 312—317 326 336 346—347 356 358 361
$KTiOAsO_{4}$       see "KTA"
$KTiOPO_{4}$       see "KTP"
$K_{2}Ce(NO_{3})_{5} •2H_{2}O$       see "KCN"
$K_{2}La(N03)_{5} . 2H_{2}O$       see "KLN"
$K_{3}Li_{2}Nb_{5}O_{15}$       229—230
$LiB_{3}O_{5}$       see "LBO"
$LiCOOH . H_{2}O$       see "LFM"
$LiGaO_{2}$       213—214
$LiIO_{3}$       61 63 103—107 290 292—294 296—298 300 304—305 311—316 318—320 322 324 326 333 335 339 343 347 349 358—364
$LiNbO_{3}$       39 61 119—125 290 292—294 296—297 304—305 319—320 322 334—335 340—341 343—347 349 357—359 362—365
$LiNbO_{3}$ from congruent melt      120—125 293
$LiNbO_{3}$ from stoichiometric melt      120—125
$LiNbO_{3}$ lithium-rich      119 121—123 299
$LiNbO_{3}$ MgO-doped      159—162 292—293 299 346 358
$MgBaF_{4}$       184—186
$MgO: LiNbO_{3}$       159—162 292—293 299 346 358
$MNA^{*}$       294—295 365
$NaNO_{2}$       221—223
$ND_{4}D_{2}PO_{4}$       see "DADP"
$NH_{4}D_{2}AsO_{4}$       see "DADA"
$NH_{4}H_{2}AsO_{4}$       see "ADA"
$NH_{4}H_{2}PO_{4}$       see "ADP"
$RbD_{2}AsO_{4}$       see "DRDA"
$RbD_{2}PO_{4}$       see "DRDP"
$RbH_{2}AsO_{4}$       see "RDA"
$RbH_{2}PO_{4}$       see "RDP"
$Sr(COOH)_{2}$       210—211
$Sr(COOH)_{2}.2H_{2}O$       211—213
$TI_{3}AsSe_{3}$       see "TAS"
$ZnGeP_{2}$       136—141 321—322 324—326 336—337 345 359—361
$\alpha-Iodic$ Acid      see " $\alpha-НIO_{3}$ "
$\alpha-НIO_{3}$       214—217 347 356—359 362—363
$\aplha-SiO_{2}$       283—285 344—345
$\beta-BaB_{2}O-{4}$       see "BBO"
2-(N-Prolinol)-5-nitropyridine      see "PNP"
2-cyclooctylamino—5-nitropyridine      see "COANP"
2-Furil Methacrylic Anhydride      see "FMA"
2-Methyl-4-Nitroaniline      see " $MNA^{*}$ "
3-methyl-4-methoxy-4-nitrostilbene      see "MMONS"
3-methyl-4-nitropyridine-l-oxide      see "POM"
3-metoxy-4-hydroxy-benzaldehyde      see "MHBA"
4-(N,N-dimethylamino)-3-acetamidonitro-benzene      see "DAN"
4-nitrophenol sodium salt dihydrate      see "NPNa"
5-nitrouracil      see "5NU"
5NU      263—265
8-(4-Acetylphenyl)-1, 4-dioxa-8-azaspiro [4.5] decane      see "APDA"
90°-phase-matching      42 44—45 64
Absorption coefficient      36
Absorption coefficient linear      36 65 see
Absorption coefficient two-photon      see "relevant crystal"
Active nonlinear crystals      66
Ada      196—197 315—316 318
ADP      90—96 301—303 311 315—320 322 326—329 332—333 340 346—348 357—361
AgBr      363—364
Ammonium dihydrogen arsenate      see "ADA"
Ammonium dihydrogen phosphate      see "ADP"
Ammonium Oxalate      see "AO"
Angle "walk-off"      9 18 25 29 32 36 62—63 315 326—327
Angle azimuthal      8 13 16
Angle incident      14
Angle of anisotropy      29—36
Angle of birefringence      9 25 34
Angle of cut      10 15
Angle of diffractive divergence      54
Angle of reflection      14
Angle of refraction      14
Angle polar      7 13 16
Angular dispersive coefficient      54 57
Angular phase-matching bandwidth      40 44—45
Angular phase-matching bandwidth external      67
Angular phase-matching bandwidth internal      40—46 67
Angular tuning      16 46
Angular tuning of SFG      46
Angular tuning of SHG      46
Anisotropy      36 49 57 61 64
Anisotropy angle      29 36
AO      253—254
APDA      312—313
Aperture function      63
Aperture length      36 62 292
Argon laser      see "Lasers"
Asparagine      294
Axis (and Axes) crystallographic      16 26—28 31
Axis (and Axes) dielectric      16 23—28 31 33
Axis (and Axes) optic      6—7 10—11 15—18 23—24 63
Azimuthal angle      8 13 16
BAMB      254—255
Barium Formate      see " $Ba(COOH)_{2}$ "
Barium sodium niobate      see " $Ba_{2}NaNb_{5}O_{15}$ "
BBO      96—103 286 291 294 298 300—303 311—313 315—317 319—320 322 326—328 330—332 334 340—341 347—352 358—361 365
Beryllium Sulfate      see " $BeSO_{4}.4H_{2}O$ "
Beta-barium borate      see "BBO"
Biaxial crystal      16—23 25—32
Biaxial crystal negative      18 22
Biaxial crystal, index surface of      16—17
Biaxial crystal, phase-matching angles in      19—22
Biaxial crystal, positive      18 22
Biaxial crystal, principal planes of      16—19 29—30
Biaxial crystal, principal values of refractive index      17 19 22 30
Birefringence      6 31 63
Birefringence angle      9 25 34 292
Birefringence temperature variation of      see "relevant crystal"
Breakdown threshold      see "damage threshold"
Bulk-damage threshold      65 see
Cadmium Germanium Arsenide      see " $CdGeAs_{2}$ "
Cadmium selenide      see "CdSe"
Calcium Tartrate Tetrahydrate      see "L-CTT"
CBO      180—181 287
CDA      39-40 57 149—152 290 292 315 347—348
CdS      363—364
CdSe      173—175 336 338 340 342—343 359—361
Cesium Dihydrogen Arsenate      see "CDA"
Cesium Titanyl Arsenate      see "СТА"
Cesium Triborate      see "CBO"
Cinnibar      see "HgS"

CLBO      286
COANP      266—267 294—295
Collinear phase matching      5 11—13 19 22 64
Conversion efficiency of DFG      50—51
Conversion efficiency of SFG      50—51
Crystalline quartz      see " $a-SiO_{2}$ "
Crystallographic coordinate system      26 28
Crystallographic reference frame      26—27 31
CTA      220—221
Cubic nonlinear susceptibility      4 5
Cut angle      10 17
Dada      198—199 315—316
DADP      186—187
Damage threshold      66 see
Damage threshold of bulk      65 see
Damage threshold of surface      65 see
Dan      272—274 294—295
DCDA      39—40 152—155 290 292—293 305 315
Deuterated 4-nitrophenol sodium salt dihydrate      see "DNPNa"
Deuterated Ammonium Dihydrogen Arsenate      see "DADA"
Deuterated Ammonium Dihydrogen Phosphate      see "DADP"
Deuterated Cesium Dihydrogen Arsenate      see "DCDA"
Deuterated L-Arginine Phosphate Monohydrate      see "DLAP"
Deuterated Potassium Dihydrogen Arsenate      see "DKDA"
Deuterated Potassium Dihydrogen Phosphate      see "DKDP"
Deuterated Potassium Pentaborate Tetrahydrate      see "DKB5"
Deuterated Rubidium Dihydrogen Arsenate      see "DRDA"
Deuterated Rubidium Dihydrogen Phosphate      see "DRDP"
DFG      4 6 19 44 50—52 339—345
Dielectric coordinate system      26—29 31
Dielectric polarization      5 6
Dielectric reference frame      23 25—27 31
Dielectric susceptibility coefficients      4 10 23 34
Difference frequency      4
Difference-frequency generation      see "DFG"
Diffraction      36—38 49 57 61—63
Diffraction length      36
Diffractive divergence angle      54 63
Diffractive spreading      36—37
Dispersive birefringence      34
Dispersive spreading      34 36 38 57 61
Dispersive spreading length      36 59
Disrupted surface layer      65
Divergence      54 63
DKDA      195 315—316
DKDP      85—90 289—290 293 298—302 311 315 321—323 339—340 346—348 361
DLAP      247—249 294—295 347 356
DNPNa      294—295
Doubly-resonant optical parametric oscillation      see "DROPO"
Down-conversion      339—345
DRDA      202—203
DRDP      192
DROPO      346
Effective length      36—38
Effective nonlinearity      23—32 50 see
ERR      312
External resonant cavity      298
External ring resonator      see "ERR"
Extraordinary beam      6
Fast wave      16 19 22 26 29
FCG      34—35 38 49 57
Fifth-harmonic generation      see "FIHG"
FIHG      4 301 304 322
Fixed-field approximation      37 40 49—52 57—59 63—64
Fixed-intensity approximation      57—59 61
FMA      258—259
FOHG      4 301 322
Four-frequency interaction      5
Four-photon parametric interaction      301
Four-photon parametric process      301
Four-wave interaction      5
Fourth-harmonic generation      see "FOHG"
Free-carrier generation      see "FCG"
Frequency generation difference      see "DFG"
Frequency generation sum      see "SFG"
Fructose      294
fundamental frequency      52—53 55—56 62
Fundamental radiation      57 62—63
Fundamental wave depletion      52—53
GaAS      345 363—364
Galactose      294
Gallium selenide      see "GaSe"
GaSe      166—169 324—325 336 338—340 342 344 359 361
Group-velocity matching      59 61
Group-velocity mismatch      36—37 57 60—61 326—327
Hardness Knoop      see "relevant crystal"
Hardness Mohs      see "relevant crystal"
Hardness Vickers      see "relevant crystal"
Harmonic generation fifth      see "FIHG"
Harmonic generation fourth      see "FOHG"
Harmonic generation second      see "SHG"
Harmonic generation sixth      see "SIHG"
Harmonic generation third      see "THG"
Heat mismatch      35
HgS      233—235 324—325 336 338
ICSFG      318
ICSHG      66 296 298 304 312 317—318 320 322 326—327 358 361
Idler frequency      11
Idler radiation      11
Incident angle      14
Index surface      8 16—17
Injection seeding      347
Intracavity SFG      see "ICSFG"
Intracavity SHG      see "ICSHG"
Inverse group-velocity mismatch      36 see
KB5      142—146 301—305 311 315—317 319-323 328 331—332 335 361
KCN      227—229
KDA      192—195
KDP      53 61 78—85 289—290 292—294 298—309 311 315—316 318—323 326—329 332—333 339—340 347—348 357—365
Kleinman symmetry relations      24—26 30—32
KLN      217—220
KTA      156—159 287—288 347 355
KTP      107—118 287 291 293 296—299 311 314—315 319—320 336 344 346—347 354—355 358—359 361
KTP, flux-grown      109 111—116
KTP, hydrothermally grown      109—113 115
L-Arginine Phosphate Monohydrate      see "LAP"
L-CTT      251—252
L-N-(5-nitro-2-pyridyl) leucinol      see "NPLO"
L-PCA      250—251 294—295
L-Pyrrolidone-2-carboxylic Acid      see "L-PCA"
Lactose      294
LAP      245—247
Lasers $CaF_{2}$ : $Dy^{2+}$       360 405
Lasers $CO_{2}$       324 328 336 339—340 344 364
Lasers $Er^{3+}$ : YLF      326
Lasers (Contd.) $Nd^{3+} : CaWO_{4}$       289
Lasers (Contd.) $Nd^{3+} : LiYF_{4}$       304 310—311 347 358 405
Lasers (Contd.) $Nd^{3+} : NdP_{5}O_{14}$       326
Lasers (Contd.) $Nd^{3+} : YAlO_{3}$       289 296 298 304 347 357 405
Lasers (Contd.) GaAlAs      312
Lasers (Contd.) gas      320—321
Lasers (Contd.) He-Ne      320 334 335—336 339 405
Lasers (Contd.) HF      326 360
Lasers (Contd.) Ho: YLF      359
Lasers (Contd.) iodine      321—322
Lasers (Contd.) Krypton      336 405
Lasers (Contd.) Nd: YAG      289 292—294 296 298 301 304 328—329 334—336 339 344 347 357—359 361—362 405
Lasers (Contd.) neodymium glass      289 301 306—308 344 358 364
Lasers (Contd.) NH_{3}      320—322
Lasers (Contd.) nitrogen      405
Lasers (Contd.) ruby      311 334 336 344
Lasers (Contd.) semiconductor      312
Lasers (Contd.) SOAP: Ho      326
Lasers (Contd.) Ti : sapphire      312 344 347 358
Lasers (Contd.) XeCl      329 339 347 405
Lasers alexandrite      326
Lasers argon      318 320 334 405
Lasers CO      321—322 339
Lasers copper-vapor      324 405
Lasers DF      326

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