244
C. Weitkamp
Goers U-B (1994) Laserfernmessung von Schwefeldioxid und Ozon in der unteren Troposphiire
mit Hilfe der differentiellen Absorption und Streuung unter den Bedingungen des mobilen Einsatzes und der besonderen Beriicksichtigung des Einflusses von Grenzschichtaerosolen. Dissertation, Universitiit Hamburg, 1994 . Report GKSS 94/E/52: 147p
Grant WB, Margolis JS, Brothers AM, Tratt DM (1987) C02 DIAL measurements of
water vapor. Applied Optics 26: 3033-3042
Hardesty RM (1984) Coherent DIAL measurement of range-resolved water vapor concentration. Applied Optics 23: 2545-2553
Hauchecorne A, Chanin M-L (1980) Planetary waves-mean flow interaction in the middle
atmosphere: Numerical modeling and Ii dar observations. Annales Geophysicae 6: 409-416
Heinrich H-J, Eck I, Weitkamp C (1986) The distribution of hydrogen chloride in plumes
of incineration vessels: remote measurement of concentration distributions and determination
of dilution and degradation parameters. Report GKSS 86/E/44: 162p
Killinger DK, Vaidyanathan M, He C, Taczak T (1994) High-Resolution Spectral Studies
of Ho Lasers for Lidar/DIAL Applications. 17ILRC: 298-300
Killinger DK, Mooradian A, eds. (1983) Optical and Laser Remote Sensing. Springer,
Berlin Heidelberg New York, 383p
Klein V, Werner C (1993) Fernmessung von Luftverunreinigungen. Springer, Berlin Heidelberg New York London Paris Tokyo Hongkong Barcelona Budapest, 254p
Klett JD (1981) Stable analytical inversion solution for processing lidar returns. Applied
Optics 20: 211-220
Kobayashi T (1987) Techniques for Laser Remote Sensing of the Environment. Remote Sensing Reviews 3: 1-56
Kunz GJ (1987) Lidar and missing clouds. Applied Optics 26: 1161
Kyle TG, Barr S, Clements WE (1982) Fluorescent particle lidar. Applied Optics 21:14-15
Langford AO, O'Leary TJ, Proffitt MH (1994) Extending the Dynamic Range of Differential Absorption Lidar Measurements through Large-Scale Dithering. 17ILRC: 173-174
Lasarev VV, Matvienko GG , Ponomarev YN, Rybalko VS, Tyryshkin IS (1994)
The Design of Eye Safety YAG: TmCrHo Pulsed Laser and Study the Energy Losses of its
Radiation in Air and Gas-Aerosol Media. 17ILRC: 275-276
Lehmann S, Wulfmeyer V, Bosenberg J (1994) A Time Dependent Attenuation for Dynamic Range Reduction of Lidar-Signals. 17ILRC: 289-290
Linow S, Theopold F, Weitkamp C, Michaelis W (1994) Properties of a Double-Cavity
Etalon. 3ISTP: 366-369
McGee TJ, Gross M, Ferrare R, Heaps W, Singh U (1993) Raman Dial measurements
of stratospheric ozone in the presence of volcanic aerosols. Geophysical Research Letters 20:
955-958
Measures RM (1977) Lidar equation analysis allowing for target lifetime, laser pulse duration,
and detector integration period. Applied Optics 16:1092-1103
Measures RM (1984) Laser Remote Sensing. Wiley-Interscience, New York Chichester Brisbane Toronto Singapore: 510 p
Melendrez DE, Johnson JR, Larson SM, Singer RB (1994) Remote sensing of potential
lunar resources 2. High spatial resolution mapping of spectral reflectance ratios and implications
for nearside mare Ti02 content. Journal of Geophysical Research 99 (E3): 5601- 5619
C. Weitkamp
Goers U-B (1994) Laserfernmessung von Schwefeldioxid und Ozon in der unteren Troposphiire
mit Hilfe der differentiellen Absorption und Streuung unter den Bedingungen des mobilen Einsatzes und der besonderen Beriicksichtigung des Einflusses von Grenzschichtaerosolen. Dissertation, Universitiit Hamburg, 1994 . Report GKSS 94/E/52: 147p
Grant WB, Margolis JS, Brothers AM, Tratt DM (1987) C02 DIAL measurements of
water vapor. Applied Optics 26: 3033-3042
Hardesty RM (1984) Coherent DIAL measurement of range-resolved water vapor concentration. Applied Optics 23: 2545-2553
Hauchecorne A, Chanin M-L (1980) Planetary waves-mean flow interaction in the middle
atmosphere: Numerical modeling and Ii dar observations. Annales Geophysicae 6: 409-416
Heinrich H-J, Eck I, Weitkamp C (1986) The distribution of hydrogen chloride in plumes
of incineration vessels: remote measurement of concentration distributions and determination
of dilution and degradation parameters. Report GKSS 86/E/44: 162p
Killinger DK, Vaidyanathan M, He C, Taczak T (1994) High-Resolution Spectral Studies
of Ho Lasers for Lidar/DIAL Applications. 17ILRC: 298-300
Killinger DK, Mooradian A, eds. (1983) Optical and Laser Remote Sensing. Springer,
Berlin Heidelberg New York, 383p
Klein V, Werner C (1993) Fernmessung von Luftverunreinigungen. Springer, Berlin Heidelberg New York London Paris Tokyo Hongkong Barcelona Budapest, 254p
Klett JD (1981) Stable analytical inversion solution for processing lidar returns. Applied
Optics 20: 211-220
Kobayashi T (1987) Techniques for Laser Remote Sensing of the Environment. Remote Sensing Reviews 3: 1-56
Kunz GJ (1987) Lidar and missing clouds. Applied Optics 26: 1161
Kyle TG, Barr S, Clements WE (1982) Fluorescent particle lidar. Applied Optics 21:14-15
Langford AO, O'Leary TJ, Proffitt MH (1994) Extending the Dynamic Range of Differential Absorption Lidar Measurements through Large-Scale Dithering. 17ILRC: 173-174
Lasarev VV, Matvienko GG , Ponomarev YN, Rybalko VS, Tyryshkin IS (1994)
The Design of Eye Safety YAG: TmCrHo Pulsed Laser and Study the Energy Losses of its
Radiation in Air and Gas-Aerosol Media. 17ILRC: 275-276
Lehmann S, Wulfmeyer V, Bosenberg J (1994) A Time Dependent Attenuation for Dynamic Range Reduction of Lidar-Signals. 17ILRC: 289-290
Linow S, Theopold F, Weitkamp C, Michaelis W (1994) Properties of a Double-Cavity
Etalon. 3ISTP: 366-369
McGee TJ, Gross M, Ferrare R, Heaps W, Singh U (1993) Raman Dial measurements
of stratospheric ozone in the presence of volcanic aerosols. Geophysical Research Letters 20:
955-958
Measures RM (1977) Lidar equation analysis allowing for target lifetime, laser pulse duration,
and detector integration period. Applied Optics 16:1092-1103
Measures RM (1984) Laser Remote Sensing. Wiley-Interscience, New York Chichester Brisbane Toronto Singapore: 510 p
Melendrez DE, Johnson JR, Larson SM, Singer RB (1994) Remote sensing of potential
lunar resources 2. High spatial resolution mapping of spectral reflectance ratios and implications
for nearside mare Ti02 content. Journal of Geophysical Research 99 (E3): 5601- 5619