Measures R.M. — Laser remote sensing. Fundamentals and applications :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Measures R.M. — Laser remote sensing. Fundamentals and applications

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Laser remote sensing. Fundamentals and applications

Автор: Measures R.M.

Аннотация:

A concise, self-contained monograph on laser remote sensing and its applications, this text discusses the ways in which lasers can be used to remotely measure the atmosphere and the hydrosphere. It provides a historical perspective and reviews the basic physics needed to understand the subject.

Язык:

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1992

Количество страниц: 510

Добавлена в каталог: 20.10.2005

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

Предметный указатель

Gain unsaturated (small) coefficient      161
Gas lasers (methods of pumping)      185
Gaussian beam      258
Gaussian filter function      334
Gaussian laser profile      315
Gaussian line profile function      99
Gaussian plane wave      173
Gaussian spherical waves      172
Gelbstoff      449
Geminids meteor shower and sodium layer      364
genetic engineering      147
Geometrical compression of lidar signal      270
Geometrical compression used in mobile DIAL      411
Geometrical form factor      238 259 260
Geometrical probability factor      238 256 259
Geometrical probability factor (ray diagram of)      267
Geometrical probability factor and area overlap function      260 266
Geometrical probability factor and signal compression      270
Geometrical signal compression      272
Geometry of a biaxial lidar      261
Geometry of target plane      257
Giant laser pulse      167 see
Glan prism polarizer      168
Global climate influence of aeroticulates      356
Global surveillance by spaceborne lidar      374
Glory      57
Good visibility condition      278
Grating monochromator      220
Grating tuned (two) $CO_{2}$ lasers for DIAL      391
Gravity waves through mesosphere      368 373 375
Greenhouse effect and $CO_{2}$       6
Greenhouse effect and CFC      6
Greenhouse effect and freon absorption      120
Grotrian energy diagram for hydrogen      63
Grotrian energy diagram for sodium      64
Ground level for hydrogen      63
Ground state population      128
Hamiltonian operator      61 65
Hamiltonian operator rotational      70
Harmonic approximation for molecule      71
Harmonic generation      17 221
Harmonic generation for dye laser      223
Harmonic oscillator (simple)      31
Harmonic oscillator (simple) dispersion and absorption      32
Harmonic oscillator (simple) electron displacement      31
Harmonic oscillator (simple) emission of radiation      85
Harmonic oscillator (simple) model of molecule      72
Harmonic oscillator (simple) oscillator strength      35
Harmonic oscillator (simple) resonant frequency      31
Harmonic oscillator (simple) spectral broadening      95
Harmonic oscillator (simple) steady state solution      32
Hartley and Huggins absorption bands      139
Haze C      54
HCHO (formaldehyde) sources and concentrations      8
HCl (hydrogen chloride) sources and concentrations      8
HCl absorption band      80
HCl detection from ship mounted lidar      412
HCl Raman backscattering cross section      108
HCl Raman wave-number shift      108
HCl rotational partition function      84
HCl threshold concentration by DIAL      294
Helicopter laser fluorosensor field trail      443
Hermite polynomial      175
Hermite — Gaussian functions      176
Hermite — Gaussian modes      175
Heterodyne detection      177 389
Heterodyne detection for $C_{2}H_{4}$ , $O_{3}$       390
Heterodyne detection using Doppler shift associated with airborne system      390
Heteronuclear molecule      72
Hg (mercury) detection by DIAL using HgBr laser      183 187
HgCdTe detector      391
Hoenl — London factor      94
Hole burning      164
Holstmark broadening      97
Homogeneous line broadening      163
Homogeneous line profile      100
Homonuclear molecule      73
Humidity (see $H_{2}O$ ) measurements      337 338
Humidity measurements      337 338 see
Huygens integral      172
Huygens principle      171
Hydrocarbon autoexhaust composition      9
Hydrocarbon Raman backscattering cross section      108
Hydrocarbon Raman wavenumber shift      108
Hydrocarbon sources and concentrations      8
Hydrocarbons and smog      6
Hydrogen degeneracy      63
Hydrogen Grotrian diagram      63
Hydrogen ionization energy      62
Hydrogen Raman scattering      104
Hydrogen resonance line      63
Hydrographic depth resolution limit      414
Hydrographic lidar equation      417 419
Hydrographic lidar equation for thin oil film      433
Ice crystal depolarization      351
Ice temperature measurement based on Raman scattering      457
Ideal gas law      332
Identification and classification of oil by airborne lidar      431
Image dissector      426
Image slicer      221
In situ (Dasibi) ozone analyzer      341 343
In situ measurement techniques for stratosphere      340
In vivo fluorescence of several algae types      444
Incineration at sea      412
Inelastic scattering      102
Inelastic scattering (Kramers — Heisenberg)      103
Inelastic scattering (Raman)      105
Inelastic scattering cross section (Placzek)      109
Inelastic scattering measured cross sections      106
Infrared absorption of freons      120
Infrared detectors      219
Infrared detectors dark current limit      231
Infrared DIAL measurement      305
Infrared DIAL system parameters      293
Infrared lasers      187
Infrared lasers for long-path absorption      234
Inhomogeneous broadening and hole burning      164
Injection current      201
InSb infrared detector for fast derivative spectroscopy      386
InSb photovoltaic detector      393
InSb pyroelectric detector      391
Inscattering rate      137
Instrumental broadening      95 102
Instrumental response function      442
Integrated (spatially) differential absorption optical depth      310
Integrated aeroticulate backscattering      359
Intermediate quantum state      103
Internuclear separation      69
Intracavity etalon      182
Intracavity etalon for dye laser      194
Inverse-square signal diminution      216
Inversion of lidar equation      278
Inversion of lidar equation limits      280
Inversion techniques      58
Inverted population density      147
Ion (inert gas) lasers      186
Ionization energy      62
IR laser probing      306
Irradiance      21 22
Irradiance spectral      23
Irradiance spectral and radiative transfer equation      123
Isotropic energy flow      23
Johnson noise      228
Johnson noise current      229
Junge distribution      54
Junge layer lidar measurements      357
Junge mode radius      55
Junge power law      54 55
K data for fluorescence lidar      341
K sources      371

K-distribution in mesosphere      373
K-seasonal variation      372
Kayser      74 77
KDP (potassium dihydrogen phosphate)      185
KDP for dye laser frequency doubling      196
Kerosene detection by Raman lidar      404
Kramers — Heisenberg differential scattering cross section      103
Kurile Island eruption detected by $CO_{2}$ laser backscattering      360
L-fold degeneracy      164
Laser (alexandrite)      182—184
Laser (carbon dioxide)      183 186
Laser (excimer)      189
Laser (eye-safety)      203
Laser (liquid organic-dye)      183 191
Laser (mercurous bromide)      183 187
Laser (metal-vapor)      188
Laser (Nd-YAG)      182 183 184
Laser (nitrogen)      183 188
Laser (Raman shifted excimer)      191
Laser (rare-gas monohalide)      183 189
Laser (ruby)      182—184
Laser (semiconductor)      183 197 202
Laser (semiconductor) gain coefficient      200
Laser (three and four level models)      157
Laser absorption tomography for pollution mapping      395
Laser action criterion      151 154
Laser as acronym      146
Laser attenuation (strong and weak field limits)      135
Laser bathymetry      415 417
Laser bathymetry (and multiple scattering)      138
Laser beam optical properties      171
Laser beam radius      258
Laser bleaching of absorbing medium      135
Laser blocking filter      284
Laser characteristic length      251
Laser continuous wave      146
Laser Doppler velocimetry      320
Laser effective pulse length      251
Laser environmental sensor      214 see
Laser excited molecules (density)      246
Laser fluorosensor      212 213
Laser fluorosensor airborne version      425
Laser fluorosensor applications      423
Laser fluorosensor equation      255 256
Laser fluorosensor equation for oil film thickness      434
Laser fluorosensor geometrical arrangement      439
Laser fluorosensor independent variables      439
Laser fluorosensor map of dye dispersion      456
Laser fluorosensor mapping of effluent plume dispersion      454
Laser fluorosensor oil film measurements      9 435 437
Laser fluorosensor schematic      429 448
Laser fluorosensor signal from pulp mill overflights      452
Laser fluorosensor signals from oil spill      430
Laser fluorosensor system      423 424
Laser fluorosensor system parameters      430 436
Laser fluorosensor with 16-channel photodetection system      428 429
Laser GaAs      200
Laser gain saturation      157
Laser half divergence angle      258
Laser induced fluorescence      127 133 246 256 282 see
Laser induced fluorescence comparison with other lidar techniques      281
Laser induced fluorescence error analysis      302
Laser induced fluorescence in optical components      284
Laser induced fluorescence of dust and optics      324
Laser induced fluorescence of near field aerosols      324
Laser induced spectral radiance      238
Laser invention      7
Laser irradiance distribution function      259
Laser irradiance for upper atmospheric probing      369
Laser linewidth constraints for infrared DIAL      319
Laser linewidth limitations of DIAL      314
Laser narrow band distribution      130
Laser oscillation criteria      155
Laser output aperture radius      258
Laser output with homogeneous gain saturation      163
Laser power distribution for $TEM_{00}$ -mode      258
Laser power distribution on target      257
Laser pulse (average power)      243
Laser Raman scattering measurement of $O_{2}/N_{2}$       321
Laser remote sensor equations      237
Laser scattered background      226
Laser shot optimum ratio      311
Laser shot sample number      308
Laser solid angle of emission      369
Laser sounding of mesospheric Na and K      370 372—376
Laser spectral irradiance      128
Laser stimulated emission      88
Laser threshold (semiconductor) current density      200
Laser types      178—203
Laser wavelength-blocking filter      214
Lidar $NO_{2}$ map over Cologne factory      405
Lidar $SO_{2}$ comparison with power plant output      403
Lidar (acronym)      205
Lidar (bathymetry)      138
Lidar (DIAL) error analysis      305
Lidar (fluorescence) error analysis      302
Lidar (ship mounted) for incineration ship monitoring      410
Lidar (shuttle mounted) eye safety      204
Lidar (shuttle) facility      378
Lidar (van mounted)      360 406 408
Lidar atmospheric backscattering profile      365
Lidar backscattering ratio (simulation of)      300
Lidar balloon-borne facility      342
Lidar balloon-borne measurements of $O_{3}$ and OH      341
Lidar basic scattering equation      241
Lidar biaxial arrangement      216
Lidar bistatic arrangement      209 214
Lidar comparison with dustsonde particle concentration      359
Lidar depolarization ratio measurement from clouds      354
Lidar depolarization studies of antarctic ice crystal formation      356
Lidar depolarization studies of clouds      351
Lidar detection $N_{2}O$ and NO      392
Lidar detection of $C_{2}H_{4}$ and CO      391
Lidar detection of $SO_{2}$ using Raman scattering      401 404
Lidar detection of dust and aerosol layers      356
Lidar detection of rapid dust infusion into stratosphere      359
Lidar detection of thunderstorm cell leading edge      356
Lidar detection of toxic rocket fuel      392
Lidar detection of urban mixing layer boundary      352
Lidar elastic backscattering system      352
Lidar elastic scattering equation      243 276
Lidar equation (scattering form)      237 258
Lidar equation for broadband laser      314
Lidar equation for fluorescent target      250
Lidar equation for long path absorption      384 385
Lidar equation for topographical target      245
Lidar equation solution      276
Lidar equation solution based on slope method      278
Lidar error analysis      294
Lidar evaluated $H_{2}O$ profiles      323 327 332
Lidar evaluation of HCl concentration      412
Lidar evaluation of Na and K density profiles      373
Lidar first measurements      7
Lidar fluorescence equation      250 276
Lidar fluorosensor equation      255
Lidar from space platform      225
Lidar mapping of subsurface topography      414
Lidar measurement of $CH_{4}$       396
Lidar measurement of $CO_{2}/N_{2}$       321
Lidar measurement of $O_{2}/N_{2}$       320 321
Lidar measurement of rainfall rate range profile      355
Lidar measurements of $H_{2}O$ mixing ratio      325
Lidar measurements of clouds      350
Lidar measurements of sodium layer density profile      365 373—376
Lidar minimum detectable energy      286
Lidar monitoring of $NO_{2}$ over Redwood City      398
Lidar monitoring of $SO_{2}$ over Goteborg City      399
Lidar monitoring of CO and NO through resonance absorption      388 389
Lidar monostatic arrangement      209 214
Lidar offset arrangement      216

1 2 3 4 5 6 7 8

О проекте