LIDAR RESEARCHER: Professor Vladimir
V. Zuev
RESEARCH ASSOCIATES: V.D. Burlakov, A.V. El'nikov, S.V.Smirnov,
S.I. Dolgii, S.L. Bondarenko, A.V. Nevzorov
MAILING ADDRESS:
Institute of Atmospheric Optics SB
RAS, 1, Akademicheskii Ave.,
Tomsk., 634055, Russia
TELEPHONE NUMBER:
7-3822-25-84-82
FAX NUMBER:
7-3822-25-83-85
E-MAIL ADDRESS:
zuev@ldsa.tomsk.su
WEB SITE: http://www.sbras.ru/sicc/cooper4.htm
DATE: August 16, 2001
LIDAR LOCATION: Tomsk, Russia (56.5º N, 85.0º E)
SITE ELEVATION: 150 m MSL
PARAMETER(S) OR CONSTITUENT(S) MEASURED:
Aerosols, ozone, temperature and humidity
RESEARCH OBJECTIVES AND SPONSOR: Long-term measurements of stratospheric
volcanic and background aerosol ozone, stratospheric and mesospheric
temperature, tropospheric humidity; investigations into mechanisms
of transformation of the ozonosphere under support of the Russian
Ministry of Science (grant No 01-64) and Russian Foundation for
Basic Research (grants No 99-05-64 943 and No 01-05-64 644)
MEASUREMENT TECHNIQUE: DIAL, elastic and Raman backscatter
MEASUREMENT RANGE: Aerosol 10-30 km, ozone 10-50 km, temperature
10-70 km, humidity 0-10 km
VERTICAL RESOLUTION: 0,1-1 km
FREQ. OF MEASUREMENT (TYPICALLY): 4-8 per month (dependent on
weather)
MEASUREMENT TIMES (TYPICALLY): Night (clear sky)
LASER TYPE AND WAVELENGTH (s): Nd: YAG with H2 Raman cell (532,
683 nm); XeCl with H2 Raman cell (308, 353 nm)
LASER ENERGY/PULSE: 532 nm - 150 mJ, 683 nm - 60 mJ; 308 nm -
200 mJ, 353 nm - 80 mJ
PULSE REPETITION RATE: Nd: YAG - 20 Hz, XeCl - (50-200) Hz
RECEIVER SIZE AND CONFIGURATION: 2,2; 0,5 and 0,3 m diameters,
newtonian and cassegrain
DETECTORS USED: PMT-130 and Hamamatsu R 7207-01
SIGNAL PROCESSING: Photon counting
ANALOG-T0-DIGITAL CONVERTER: Photon counters, 2x1024 (100 m),
100 M Hz
COMPUTER: IBM PENTIUM 166
PLATFORM: Ground-based lidars with receiver telescope diam. 2,2
and 0,5 m and mobile aerosol lidar with receiver telescope diam.
0.3 m.
PUBLICATIONS:
Zuev V.V., Burlakov V.D., and El'nikov A.V., Ten years (1989-1995)
of lidar observations of temporal and vertical structure of stratospheric
aerosols over Siberia, J. of Aerosol Sci., Vol. 29, 1179-1187,
1998.
Zuev V.V., Siberian Lidar Station - the unique experimental complex
for remote investigations of the ozonosphere, Atmos. Oceanic Opt.,
Vol. 13, 85-88, 2000.
Zuev V.V., Burlakov V.D., El'nikov A.V., Ivanov A.P., Chaikovskii
A.P., and Shchebakov V.N., Processes of long-term relaxation of
stratospheric aerosol layer in Northern Hemisphere midlatitudes
after a powerful volcanic eruption, Athmospheric Environment,
2001, in press.
COMMENTS:
A database has been accumulated of measurements of the aerosol
(since 1986); ozone (since 1989) and temperature (since 1995).
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