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China's first professional
meteorological satellite, Fengyun-2 batch 2 (FY2 O2), is successfully launched
with Long March carrier rocket 3A in Xichang satellite launching center at 9:20
am Oct.19, 2004. (Xinhua Photo)
XICHANG, Oct. 19 (Xinhuanet) -- China launched its
first professional geostationary orbit meteorological satellite, Fengyun-2 C
(FY2 O3),at 9:20 am Tuesday with Long March carrier rocket 3A in Xichang
Satellite Launch Center in the southwestern province of Sichuan.
The 1.38-ton satellite, independently developed and
manufactured by China, entered its orbit 24 minutes after the takeoff of the
rocket. In the following days, it will be positioned at 105 degree east
longitude right over the equator with an observation scope covering one third of
the earth's surface, according to relevant scientists.
China has sent two experimental models of FY2 series
in 1997 and 2000 respectively. With two new channels being added to its scan
radiometer, the second generation satellite, the FY2 C, has reached the
international standard of new generation weather satellites, relevant experts
said.
The newly-added infrared observation and visible
light channels will enable FY2 C to observe the size of water drops atopcloud
layers around-the-clock, and to better monitor the surface temperature of sea
water, experts said.
With greatly enhanced resolution and accuracy of
observation, the new satellite also has better access to data of oceanic
meteorological and hydrological information and monitor changes ofsolar and
space particle radiation, said experts.
China has launched seven weather satellites since
1988, including four FY1 polar orbit ones and three FY2 stationary
earthsynchronous orbit ones.
The FY2 C, the first professional geostationary orbit
satellite launched by China, is expected to help keep track of small scale
disastrous climate changes like hailstorms, and observe forest andprairie fires,
foggy weather and sandstorms.
In the coming years, China is scheduled to launch
several FY2 professional weather satellites to establish a
continuously-operating system of weather satellites. Enditem
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