Lidar Measurements: Atmospheric Constituents ...
243
Ansmann A, Wandinger U, Weitkamp C (1993) One-Year Observations of MountPinatubo Aerosol with an Advanced Raman Lidar over Germany at 53.5°N. Geophysical Research Letters 20: 711-714
Baker PW (1983) Atmospheric water vapor differential absorption measurements on vertical
paths with a CO2 lidar. Applied Optics 22: 2257-2264
Barbini R, Colao F, Palucci A, Ribezzo S, Orlando S (1990) Remote Sounding of
Atmospheric Water Vapour from the ENEA DIAL Station. 15ILRC II: 156-159
Bisson SE, Goldsmith JEM (1993) Daytime Tropospheric Water Vapor Profile Measurements with a Raman Lidar. 50RSA: 19-22
Boscher J, Englisch W, Wiesemann W (1980) Differentielle Absorptions-Spektroskopie
mit dem Fernanalysesystem Dialex. Laser + Elektro Optik 12 (3): 17-22
Bosenberg J (1985) Measurements of the pressure shift of water vapor absorption lines by
simultaneous photoacoustic spectroscopy. Applied Optics 24: 3531-3534
Bosenberg J, Senff C, Thro PY (1990) DIAL Measurements of Water Vapor in the Troposphere: Assessment of Accuracy. 15ILRC II: 170-172
Braun WC (1985) Simplified calculations for accuracy of a lidar dial system to measure
atmospheric H20 vapor and temperature. Applied Optics 24: 109-117
Bristow M, Bundy D, Wright A (1994) Photomultipliers and Gating Circuits Suitable for
Differential Absorption Lidars. 17ILRC: 191-193
Browell EV, Wilkerson TD, McIllrath TJ (1979) Water vapor differential absorption lidar
development and evaluation. Applied Optics 18: 3474-3483
Browell EV, Carter AF, Wilkerson TD (1981) Airborne differential absorption lidar system for water vapor investigations. Optical Engineering 20 (1): 084-090
Bukin OA, Stolyarchuk YuS, Tyapkin VA (1985) Measurement of Moisture-Content Profiles in the Bottom Layer of the Atmosphere by the Method of Spontaneous Light-Scattering
Spectroscopy. JAS Bulg 43: 631-636
Cahen C, Megie G, Flamant P (1982) Lidar Monitoring of the Water Vapor Cycle in the
Troposphere. Journal of Applied Meteorology 21: 1506-1515
Cooney J, Petri K, Salik A (1985) Measurements of high resolution atmospheric water-vapor
profiles by use of a solar blind Raman lidar. Applied Optics 24: 104-108
Dautet H, Deschamps P, Dion B, McGregor AD, McSween D, Mcintyre RJ, Trottier C, Webb PP (1993) Photon counting technique with silicon avalanche photodiodes.
Applied Optics 32 : 3894-3900
Ehret G, Renger W (1988) Airborne Water Vapor DIAL. 14ILRC: 190-191
Ehret G, Kiemle C, Renger W, Simmet G (1993) Airborne remote sensing of tropospheric
water vapor with a near-infrared differential absorption lidar system. Applied Optics 32: 45344551
Eichinger WE, Cooper DI, Archuletta FL, Hof D, Holtkamp DB, Karl RR, Quick
CR, Tiee J (1994) Development of a scanning, solar-blind, water Raman Ii dar. Applied Optics
33: 3923-3932
Fernald FG (1984) Analysis of atmospheric lidar observations. Some comments. Applied
Optics 23: 652-653
Ghibaudo J-B, Krawczyk R (1992) Water vapor, temperature and wind velocity measurements from space using 2 !lm Tm:Ho;YAG. SPIE 1714: 258-269
243
Ansmann A, Wandinger U, Weitkamp C (1993) One-Year Observations of MountPinatubo Aerosol with an Advanced Raman Lidar over Germany at 53.5°N. Geophysical Research Letters 20: 711-714
Baker PW (1983) Atmospheric water vapor differential absorption measurements on vertical
paths with a CO2 lidar. Applied Optics 22: 2257-2264
Barbini R, Colao F, Palucci A, Ribezzo S, Orlando S (1990) Remote Sounding of
Atmospheric Water Vapour from the ENEA DIAL Station. 15ILRC II: 156-159
Bisson SE, Goldsmith JEM (1993) Daytime Tropospheric Water Vapor Profile Measurements with a Raman Lidar. 50RSA: 19-22
Boscher J, Englisch W, Wiesemann W (1980) Differentielle Absorptions-Spektroskopie
mit dem Fernanalysesystem Dialex. Laser + Elektro Optik 12 (3): 17-22
Bosenberg J (1985) Measurements of the pressure shift of water vapor absorption lines by
simultaneous photoacoustic spectroscopy. Applied Optics 24: 3531-3534
Bosenberg J, Senff C, Thro PY (1990) DIAL Measurements of Water Vapor in the Troposphere: Assessment of Accuracy. 15ILRC II: 170-172
Braun WC (1985) Simplified calculations for accuracy of a lidar dial system to measure
atmospheric H20 vapor and temperature. Applied Optics 24: 109-117
Bristow M, Bundy D, Wright A (1994) Photomultipliers and Gating Circuits Suitable for
Differential Absorption Lidars. 17ILRC: 191-193
Browell EV, Wilkerson TD, McIllrath TJ (1979) Water vapor differential absorption lidar
development and evaluation. Applied Optics 18: 3474-3483
Browell EV, Carter AF, Wilkerson TD (1981) Airborne differential absorption lidar system for water vapor investigations. Optical Engineering 20 (1): 084-090
Bukin OA, Stolyarchuk YuS, Tyapkin VA (1985) Measurement of Moisture-Content Profiles in the Bottom Layer of the Atmosphere by the Method of Spontaneous Light-Scattering
Spectroscopy. JAS Bulg 43: 631-636
Cahen C, Megie G, Flamant P (1982) Lidar Monitoring of the Water Vapor Cycle in the
Troposphere. Journal of Applied Meteorology 21: 1506-1515
Cooney J, Petri K, Salik A (1985) Measurements of high resolution atmospheric water-vapor
profiles by use of a solar blind Raman lidar. Applied Optics 24: 104-108
Dautet H, Deschamps P, Dion B, McGregor AD, McSween D, Mcintyre RJ, Trottier C, Webb PP (1993) Photon counting technique with silicon avalanche photodiodes.
Applied Optics 32 : 3894-3900
Ehret G, Renger W (1988) Airborne Water Vapor DIAL. 14ILRC: 190-191
Ehret G, Kiemle C, Renger W, Simmet G (1993) Airborne remote sensing of tropospheric
water vapor with a near-infrared differential absorption lidar system. Applied Optics 32: 45344551
Eichinger WE, Cooper DI, Archuletta FL, Hof D, Holtkamp DB, Karl RR, Quick
CR, Tiee J (1994) Development of a scanning, solar-blind, water Raman Ii dar. Applied Optics
33: 3923-3932
Fernald FG (1984) Analysis of atmospheric lidar observations. Some comments. Applied
Optics 23: 652-653
Ghibaudo J-B, Krawczyk R (1992) Water vapor, temperature and wind velocity measurements from space using 2 !lm Tm:Ho;YAG. SPIE 1714: 258-269