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

$(CH_{3})_{2}N_{2}H_{4}$ (unsymmetrical dimethylhydrazine) absorption parameters      394
$CCl_{4}$ (carbon tetrachloride) Raman backscattering cross section      108
$CCl_{4}$ absorption cross section      118
$CCl_{4}$ Raman wavenumber shift      108
$CdGeAs_{2}$ frequency doubler for $CO_{2}$ laser      391
$CH_{3}N_{2}H_{4}$ (monohydrazine) absorption parameters      394
$CH_{4}$ (methane) Raman scattering cross section      107 108
$CH_{4}$ absorption cross section      118
$CH_{4}$ absorption spectrum around 3.14 $\mu m$       395
$CH_{4}$ concentration measurements using IR resonance absorption      394 396
$CH_{4}$ Raman wave-number shift      108
$CH_{4}$ Rayleigh backscattering cross section      107
$CO_{2}$ (carbon dioxide) sources and concentrations      8
$CO_{2}$ absorption      2
$CO_{2}$ absorption bands      139
$CO_{2}$ absorption cross section      118
$CO_{2}$ detection by Raman scattering      215
$CO_{2}$ differential absorption coefficient      348
$CO_{2}$ laser (two of) to minimize atmospheric scintillation      391
$CO_{2}$ laser and long-path absorption      384
$CO_{2}$ laser for CO monitoring by resonance absorption      388
$CO_{2}$ laser for IR-DIAL      390
$CO_{2}$ Raman scattering cross section      107 108
$CO_{2}$ Raman wavenumber shift      108
$CO_{2}$ Rayleigh backscattering cross section      107
$CO_{2}$ TEA laser measurements of $H_{2}O$       327
$CO_{2}-N_{2}$ laser (conversion efficiency)      183 186 187
$CO_{2}/N_{2}$ long-term drift measurement      321
$C_{2}HCl_{3}$ (trichloroethylene) absorption cross section      118
$C_{2}H_{2}$ (acetylene) absorption cross section      118
$C_{2}H_{2}$ Raman backscattering cross section      108
$C_{2}H_{2}$ Raman wavenumber shift      108
$C_{2}H_{2}Cl_{3}$ (vinyl chloride) absorption cross section      118
$C_{2}H_{4}$ absorption parameters      394
$C_{2}H_{4}$ ambient measurement with DIAL using foliage for backscattering      391
$C_{2}H_{4}$ monitoring by IR-DIAL      390
$C_{3}H_{6}$ (propylene) absorption cross section      118
$C_{3}H_{8}$ (propane) absorption cross section      118
$C_{4}H_{4}$ (ethylene) absorption cross section      118
$C_{4}H_{6}$ (1 3-butadiene) absorption cross section      118
$C_{4}H_{8}$ (1-butene) absorption cross section      118
$C_{6}H_{6}$ (benzene) absorption cross section      118
$H_{2}$ (hydrogen) Raman backscattering cross section      108
$H_{2}$ Raman wavenumber shift      108
$H_{2}O$ (water) absorption      2
$H_{2}O$ (water) absorption bands      139 141
$H_{2}O$ absorption cell for DIAL system      329
$H_{2}O$ absorption lines and cross section      120
$H_{2}O$ atmospheric profile measurements by DAS and Raman backscattering      323
$H_{2}O$ concentration measurements using DIAL with a $CO_{2}$ -TEA laser      327
$H_{2}O$ detection by Raman scattering      215
$H_{2}O$ DIAL system      328—331
$H_{2}O$ DIAL vertical distribution measurement      332
$H_{2}O$ mixing ratio measurement      325
$H_{2}O$ Raman backscattering cross section      108
$H_{2}O$ Raman measurement interference from aerosol fluorescence      324
$H_{2}O$ Raman wavenumber shift      108
$H_{2}S$ (hydrogen sulfide) sources and concentrations      8
$H_{2}S$ Raman backscattering cross section      108
$H_{2}S$ Raman wavenumber shift      108
$I_{2}$ (iodine) fluorescence and absorption cross section      117
$I_{2}$ laser and long path absorption      384
$LiNbO_{3}$ parametric oscillator      393
$NH_{3}$ (ammonia) sources and concentrations      8
$NH_{3}$ absorption cross section      118
$NH_{3}$ absorption parameters      394
$NH_{3}$ Raman backscattering cross section      108
$NH_{3}$ Raman wavenumber shift      108
$NO_{2}$ (nitrogen dioxide) sources and concentrations      8
$NO_{2}$ absorption cross section with wavelength      119
$NO_{2}$ data for fluorescence lidar      341
$NO_{2}$ detection from mobile DIAL      407
$NO_{2}$ distribution over a chemical factory measured by DIAL      405
$NO_{2}$ measurement in smoke plume using DIAL      409 411
$NO_{2}$ Raman backscattering cross section      108
$NO_{2}$ Raman wave-number shift      108
$NO_{x}$ absorption cross section      118
$NO_{x}$ fluorescence and absorption cross section      117
$NO_{x}$ Raman backscattering cross section      108
$NO_{x}$ Raman wavenumber shift      108
$NO_{x}$ , $NO_{2}$ (nitrogen oxides) smog      6
$N_{2}$ (nitrogen) molecular weight      4
$N_{2}$ characteristic rotational temperature      334
$N_{2}$ laser high repetition rate      321
$N_{2}$ measurement of Raman Q-branch cross section      110
$N_{2}$ measurement using rotational Raman backscattering      323
$N_{2}$ Raman lidar comparison with US standard atmosphere      321
$N_{2}$ Raman line interference from mercury street lights      323
$N_{2}$ Raman scattering cross sections      107 108
$N_{2}$ Raman spectrum (theoretical)      106
$N_{2}$ Raman wavenumber shift      108
$N_{2}$ Rayleigh backscattering cross sections      107
$N_{2}$ rotational Raman spectrum      111
$N_{2}H_{4}$ (hydrazine) absorption parameters      394
$N_{2}O$ (nitrous oxide) sources and concentrations      8
$N_{2}O$ ambient detection by lidar      392 393
$N_{2}O$ DIAL ambient concentration measurement over Redwood City      398
$O_{2}$ (molecular oxygen) absorption      2
$O_{2}$ A-band temperature measurement      338
$O_{2}$ molecular weight      4
$O_{2}$ Raman backscattering measurement      321
$O_{2}$ Raman scattering cross sections      107 108
$O_{2}$ Raman wave-number shift      108
$O_{2}$ Rayleigh backscattering cross sections      107
$O_{2}$ Schumann — Runge bands      139
$O_{2}/N_{2}$ atmospheric balance      321
$O_{3}$ (ozone) absorption bands      139
$O_{3}$ catalytic destruction cycles      382
$O_{3}$ detection by long path absorption      384
$O_{3}$ DIAL and ozonesonde comparison      349
$O_{3}$ DIAL measurement using the earth for backscattering      391
$O_{3}$ distribution from ground based XeCl lidar      343 345
$O_{3}$ extinction coefficient simulation      300
$O_{3}$ Hartley absorption bands      325
$O_{3}$ measurement using DIAL      309
$O_{3}$ monitoring by IR-DIAL      390
$O_{3}$ profiles from airborne DIAL and in situ data      348 350
$O_{3}$ stratospheric profile from balloon-borne lidar      343
$O_{3}$ tropospheric ambient measurement with airborne DIAL      391
$O_{3}$ tropospheric profile from airborne DIAL      347
$O_{3}$ UV and IR DIAL measurements      348
$PbS_{0.82}Se_{0.18}$ semiconductor laser      386
$SF_{6}$ (sulfur hexafloride) Raman backscattering cross section      108
$SF_{6}$ Raman wavenumber      108
$SO_{2}$ (sulfur dioxide) absorption coefficient      144
$SO_{2}$ absorption cross section      118
$SO_{2}$ absorption cross section as a function of wavelength      119
$SO_{2}$ and acid rain      6
$SO_{2}$ attenuation calculation      145
$SO_{2}$ detecting using dual wavelength dye laser      233
$SO_{2}$ detection by long path absorption      384 386
$SO_{2}$ detection by Raman scattering      215
$SO_{2}$ detection using rocking birefringent filter      233
$SO_{2}$ DIAL measurements over Goteburg,      398
$SO_{2}$ European standard      6
$SO_{2}$ fluorescence and absorption cross section      117
$SO_{2}$ IR-absorption coefficient      393
$SO_{2}$ measurements from mobile DIAL      407
$SO_{2}$ pollution      6
$SO_{2}$ Raman backscattering cross section      108
$SO_{2}$ Raman lidar measurements      404
$SO_{2}$ Raman lidar measurements from power plant      404
$SO_{2}$ Raman wavenumber shift      108
$SO_{2}$ smog      6
$SO_{2}$ sources and concentrations      8
A-Band (oxygen) measurement of temperature      338
Absorbance      335
Absorbance ratio for temperature measurement      336
Absorption      2
Absorption (long-path)      234

Absorption bands of atmospheric constituents      139 142
Absorption coefficient (classical)      37
Absorption coefficient (Einstein)      88
Absorption coefficient for $CO_{2}$       386
Absorption coefficient in ppm $cm^{-1}$       119
Absorption cross section      113 117 123
Absorption detection limit      385 386
Absorption filters (colored glass)      220
Absorption filters (laser blocking)      220
Absorption filters (liquid)      219
Absorption filters (wedge)      221
Absorption line compilation for the atmosphere      120 337
Absorption line profile      113
Absorption line strength      38 336
Absorption lines and cross section for water      120
Absorption lines of CO and NO      387
Absorption measurements of gaseous pollutants      384
Absorption monitoring of $C_{2}H_{4}$ , $O_{3}$ and CO      390
Absorption monitoring of CO and NO      388 389
Absorption optical depth      316 335
Absorption oscillator strength      38
Absorption rate per atom      128
Accelerated electron emission      85
Acceptor impurity atoms      197
Accuracy definition      295
Accuracy optimization for DIAL      309
Acid rain      6
Acoustooptical deflector      168
Active medium      148
Aerial photograph of flight lines over pulp mill      451
Aerosol (laser induced fluorescence)      324
Aerosol extinction coefficient      58
Aerosol extinction coefficient (empirical)      143
Aerosol particles      48
Aerosol particles scattering coefficients      57
Aerosol volume backscattering coefficient      57
Aeroticulates      47 296
Aeroticulates (aerosol and particulates) effect on global climate      356
Aeroticulates attenuation coefficient      142 297
Aeroticulates backscattering coefficient relative error      299
Aeroticulates extinction coefficient      58
Aeroticulates extinction profile from dustsonde      300
Aeroticulates semipermanent layer      357
Aeroticulates size distribution      48 54
Air Force Cambridge Research Laboratory atmospheric absorption compilation tapes      120 337
Air pollution and human health      384
Air pollution lidar study by the US EPA      388
Air-pollution      208
Airborne DIAL $O_{3}$ tropospheric measurements      347
Airborne DIAL measurements of $H_{2}O$ profiles      331
Airborne DIAL NASA system      345
Airborne DIAL system characteristics      347
Airborne DIAL using the earth for topographical backscattering      391
Airborne laser bathymetry      417
Airborne laser fluorosensor      212 see
Airborne laser fluorosensor chlorophyll measurements      449 450
Airborne laser fluorosensor for chlorophyll monitoring      448
Airborne laser fluorosensor map of dye dispersion      456
Airborne laser fluorosensor system      429
Airborne lidar      225
Airborne lidar oil spill detection      424
Airborne lidar oil spill thickness measurement      435—437
Airborne oceanographic lidar geometry      418
Airborne oceanographic lidar system      422
Airborne oceanographic lidar with conical scanning laser      421
Aircraft landing visibility      278
Aircraft wake vortices      320
Aircraft-mounted $H_{2}O$ DIAL      331
Airy function (gain modified)      157
Alcohols' Raman backscattering cross sections      108
Alcohols' Raman wavenumber shifts      108
Alexandrite laser      182—184
Algae fluorescence spectra      444 see
American National Standards Institute (ANSI)      203
Ampere's law      13
Amplification of radiation      149
Amplified spontaneous emission      150
Amplified spontaneous emission mode structure      156
Amplifiers (fast current)      219
Amplifiers (logarithmic)      216
Analytical emission spectroscopy      126
Angular variation for Mie scattering      51
Anharmonicity      73
Anharmonicity constant      74
Anode Dark current      217
Anode noise current      228
Anode rise time      217
Anode signal current      227
Anode signal to noise ratio      228
Anomalous dispersion      34
Anomalous dispersion and mode pulling      165
Antarctic ice crystal lidar studies      356
Anti-Stokes rotational Raman backscattering of $N_{2}$       323
Aquatic ecosystems      454
Arctic nonvolcanic backscattering simulation      301
Area overlap function      260 261 266
Atmosphere      4
Atmosphere absorption bands      139 140
Atmosphere composition      4
Atmosphere empirical extinction coefficient (wavelength variation)      143
Atmosphere mean molecular weight      4
Atmosphere particle sizes      48
Atmosphere pollution concentrations      8
Atmosphere pollution sources      8
Atmosphere pollution sources and concentrations      8
Atmosphere principal absorbers      139
Atmosphere structure      2
Atmosphere trace constituents      8
Atmospheric $CO_{2}/N_{2}$ long-term drift      321
Atmospheric $H_{2}O$ profile from DAS and Raman lidar      323
Atmospheric $O_{2}/N_{2}$ balance      320 321
Atmospheric (monostatic) transmissometer      323
Atmospheric absorption line compilation      120 337
Atmospheric absorption spectrum      140 142
Atmospheric attenuation coefficient for hazy day      281 294
Atmospheric correlation time      338
Atmospheric extinction coefficient (empirical formula)      143
Atmospheric extinction coefficient variation with visibility range      144
Atmospheric macro- and micrometeorological studies      331
Atmospheric meteorological forecasting models      331
Atmospheric models      300
Atmospheric molecular mass      332
Atmospheric number density      283
Atmospheric radiative processes      331
Atmospheric scintillation reduction using two grating-tuned TEA $CO_{2}$ , lasers      391
Atmospheric temperature profile from Rayleigh scattering      332 333
Atmospheric temperature using DAS      335
Atmospheric temperature using differential rotational Raman scattering      333 334
Atmospheric thermal fluctuations      234
Atmospheric trace constituent mapping      305
Atmospheric transmission around 3.4 $\mu m$ $CH_{4}$ absorption region      395
Atmospheric transmission around 4.7 $\mu m$ CO absorption region      387
Atmospheric transmission calculation for shuttle lidar      382
Atmospheric transmission factor      238
Atmospheric transmission factor (total)      241
Atmospheric transmission factor and Beer — Lambert law      240
Atmospheric turbulence noise elimination      386
Atmospheric turbulence on DIAL      309
Atmospheric volume backscattering coefficient      285
Attenuation (Beer — Lambert law)      90
Attenuation coefficient (absorption plus scattering)      137
Attenuation coefficient (two-way)      243 277
Attenuation coefficient for aeroticulates      142
Attenuation coefficient for scattering      54
Attenuation coefficient in terms of absorption cross section      293
Attenuation coefficient molecular and aeroticulate      297
Attenuation coefficient variation with visibility range      144
Attenuation coefficient variation with wavelength at sea level      143
Attenuation coefficient wavelength dependence for aerosols      57
Attenuation coefficients for the atmosphere      139

1 2 3 4 5 6 7 8

О проекте