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

Lasers dye      315—318 328—332 340—344 346 365
LBO      68—77 286—287 291 294 298—300 304—305 312—313 326—328 330—332 334 346—347 352—353 358—359 362
LFM      204—207 290 298 300—302 315 317—319
Linear absorption      34 36 49 57 65
Linear absorption coefficient      36 65 see
Lithium Formate Monohydrate      see "LFM"
Lithium Gallium Oxide      see " $LiGaO_{2}$ "
Lithium iodate      see " $LiIO_{3}$ "
Lithium niobate      see " $LiNbO_{3}$ "
Lithium triborate      see "LBO"
m-bis (aminomethyl) benzene      see "BAMB"
M-Dinitrobenzene      see "MDNB"
m-nitroaniline      see "MNA"
Magnesium Barium Fluoride      see " $MgBaF_{4}$ "
Magnesium-Oxide-Doped Lithium Niobate      see " $MgO : LiNbO_{3}$ "
Maltose      294
MAP      31 274—276 294—295
mass density      see "relevant crystal"
MDNB      270—271 294—295
Mercury Thiogallate      see " $HgGa_{2}S_{4}$ "
Methyl-(2, 4-dinitrophenyl)-aminopropanoate      see "MAP"
MHBA      256—258 294—295 312—313
MMONS      281—283
MNA      276—278 294—295
N-(4-nitrophenyl)-L-prolinol      see "NPP"
N-(4-nitrophenyl)-N-methylaminoacetonitrile      see "NPAN"
NaCOOH      207—208 298 300
Noncollinear phase matching      5 11 14 64
Noncritical phase matching      see "90° phase matching"
Nonlinear absorption      34—36 49 57 65
Nonlinear coefficient      see "relevant crystal"
Nonlinear coupling coefficient      25 34 37
Nonlinear interaction length      36—37
Nonlinear susceptibility coefficients      4
NPAN      278—279 294—295
NPLO      268—270 294—295
NPNa      294—295
NPP      280—281 347 356
OPA      347
OPO      4 11 65 329 332 335 343 345—362
OPO doubly-resonant      346
OPO resonant      346
OPO singly-resonant      346
OPO synchronously-pumped      346
OPO traveling wave      346—347 357
Optic axis      6—7 10—11 15—18 23—24 63
Optical activity      see "relevant crystal"
Optical indicatrix      26
Optical parametric oscillation      see "OPO"
Optical rectification      4
Optimal focusing      64
Ordinary beam      6
Parameter of focusing      63—64
Parametric luminescence      4 11 65
Phase matching      5—6 10—14 18—23 40—49 61
Phase matching collinear      5 11—13 19 22 64
Phase matching noncollinear      5 11 14 64
Phase matching noncritical      see "90° phase matching"
Phase matching of type I      10—13 18—19 28 32—33 54 61 62—63
Phase matching of type II      11—13 18—19 28 32—33 62—63
Phase matching scalar      11—13 61
Phase matching vector      11—13 63—64
Phase matching, angle of      13—14 19—23
Phase matching, bandwidth      40—49
Phase-matching angle      13—14 19—23 see
Phase-matching angle, temperature variation of      see "relevant crystal"
Phase-matching bandwidth      40—49
Phase-matching bandwidth spectral      40 43—45 326 see
Phase-matching bandwidth, angular      40—46 326
Phase-matching bandwidth, external angular      67
Phase-matching bandwidth, internal angular      40—46 67 see
Phase-matching bandwidth, temperature      40 43 46 see
Phase-matching conditions      5—6 10 16
Phase-matching direction      11 13 18 34 50 54
Photorefraction      35 57
Photorefractive effect      35 38 292
Picosecond continuum generation      363—365
Plane-wave approximation      37 49 55 57—59 64
PnP      265—266
Point group      26—32 see
Polar angle      7 13 16
Polarization vector      3 24—26
POM      259—261 294—295
Potassium Cerium Nitrate Dihydrate      see "KCN"
Potassium dihydrogen arsenate      see "KDA"
Potassium dihydrogen phosphate      see "KDP"
Potassium Lanthanum Nitrate Dihydrate      see "KLN"
Potassium Lithium Niobate      see " $K_{3}Li_{2}Nb_{5}O_{15}$ "
Potassium niobate      see " $KNbO_{3}$ "
Potassium Pentaborate Tetrahydrate      see "KB5"
Potassium Titanyl Arsenate      see "KTA"
Potassium titanyl phosphate      see "KTP"
Principal plane (or planes)      6—7 16—19 29—33
Principal values of refractive index      6 17 19 22 30
Proustite      see " $Ag_{3}AsS_{3}$ "
Pump depletion      346 357
Pump frequency      11
Pump radiation      11
Pyrargyrite      see " $Ag_{3}SbS_{3}$ "
Quality parameter      51
Quantum conversion efficiency      51—52
Quantum conversion efficiency of DFG      51—51

Quantum conversion efficiency of SFG      51—52
Quartz      see " $a-SiO_{2}$ "
Quasi-static interaction length      36 59
RDA      199—202 290 298 300 311 315
RDP      188—191 290 298 300 311 315—316 318—319
Reflection angle      14
Reflection coefficient      14 16
Refraction angle      14—16
Refractive indices temperature derivatives      see "relevant crystal"
Refractive indices, experimental values      see "relevant crystal"
Refractive indices, temperature dependences      see "relevant crystal"
Rta      288
Rubidium Dihydrogen Arsenate      see "RDA"
Rubidium Dihydrogen Phosphate      see "RDP"
Saccharose      243—244 294—295
Scalar phase matching      11—13 61
SE      236—237 324—325
Second harmonic      4
Second-harmonic generation      see "SHG"
Selenium      see "Se"
Self-focusing      34
Self-focusing, critical power of      34
Sellmeier equations      see "relevant crystal"
Sellmeier equations temperature-dependent      see "relevant crystal"
SFG      4—6 10 19 36 44—45 50—52 61 65 327—339 360—362 364
SFG angular bandwidth      40—44
SFG angular tuning of phase matching      46—47
SFG conversion efficiency      50—51
SFG quantum conversion efficiency      51—52
SFG spectral bandwidth      40 43^16
SFG temperature bandwidth      40 43 45—46
SFG temperature tuning of phase matching      46 48—49
shg      4—6 11 19 22 36 44—45 50—51 54—59 61—64 66 289—298 304—327 360—361 365
SHG angular bandwidth      40—44
SHG angular tuning of phase matching      45—46
SHG conversion efficiency      50—51
SHG nonlinear regime of      52—53
SHG spectral bandwidth      40 43—46
SHG temperature bandwidth      40 43 45—46
SHG temperature tuning of phase matching      46—47
Signal frequency      11
Signal radiation      11
SIHG      4 304 321—322
Silver gallium selenide      see " $AgGaSe_{2}$ "
Silver Thiogallate      see " $AgGaS_{2}$ "
Singly-resonant optical parametric oscillation      see "SROPO"
Sixth-harmonic generation      see "SIHG"
Slow wave      16 19 22 26 29
Slowly varying amplitudes      33
Sodium Formate      see "NaCOOH"
Sodium nitrite      see " $NaNO_{2}$ "
Spectral phase-matching bandwidth      40 43-46
SROPO      346
SRS      329 357 362—364
Strontium Formate      see " $Sr(COOH)_{2}$ "
Strontium Formate Dihydrate      see " $Sr(COOH)_{2}.2H_{2}O$ "
Sum frequency      4 10—11
Sum-frequency generation      see "SFG"
Surcose      see "Saccharose"
Surface-damage threshold      65 see
T-17      261—263
TAS      238—240 324—325
TE      240—243 320 324—325 340 342
Tellurium      see "Те"
Temperature phase-matching bandwidth      40 43 45—46
Temperature tuning of SFG      46 48—49
Temperature tuning of SHG      46—47
Temperature-dependent Sellmeier equations      see "relevant crystal"
Temporary modulation      36
Tensor of linear dielectric polarization      23
Tensor of square nonlinearity      24
Thallium arsenic selenide      see "TAS"
Thermal conductivity coefficient      34 see
Thermal conductivity equation      35 38—39
Thermal self-actions      34—35 38
THG      4—5 298 300—301 304—311 322 330
Thienylchalcone      see "T-17"
Third-harmonic generation      see "THG"
Three-frequency interactions      4 19
Three-wave interactions      4 6 13 28 30
Transparency range      see "relevant crystal"
Travelling-wave optical parametric oscillation      see "TWOPO"
Truncated equations      33 38—39 59 61—62
Tryptophan      294
Two-photon absorption      34—35 65
Two-photon absorption coefficient      see "relevant crystal"
TWOPO      346—347 357
Type I phase matching      10—13 18—19 28 32—33 54 61 62—63
Type II phase matching      11—13 18—19 28 32—33 62—63
Uniaxial crystal      6—16 23—25 61—62
Uniaxial crystal negative      8—13 17 25
Uniaxial crystal orientation      9—10
Uniaxial crystal positive      8—11 18 25
Uniaxial crystal, cut angle of      10—15
Uniaxial crystal, index surface of      8
Up-conversion      328—339
Up-converter      65
Urea      146—148 294 301 303—304 317 319—320 347 356 360
Vector phase matching      11—13 63—64
Zinc germanium phosphide      see " $ZnGeP_{2}$ "
ZnSe      345 363—364
ZnTe      345

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