Built on Feb.26, 1989, the station was named after Sun Zhongshan (Sun Yat-sen)£¬who was the outstanding forerunner of the democratic revolution in modern China. The station located at the Larsemann Hills who was a great pioneer in China¡¯s democratic revolution
and Comrade Deng Xiaoping gave his handwriting station name. Lying on
the Larsemann Hills of Princess Elizabeth Land, East Antarctica at 69o22¡ä24¡åS,
76o22¡ä40¡åE, it is 12553. 160 km away from Beijing, the capital of China,
with which it has an azimuth of 32o30¡ä50¡å. The Larsemann Hills where the
station is situated lies within the Antarctic Circle along the southeast
coast of Prydz Bay, several hundreds of kilometers away from the Amery
Ice Shelf, Grove Mountains and Prince Charles Mountains in the southwest,
hence an ideal area in which to carry out Antarctic marine and continental
scientific studies. It is colder and drier in the Zhongshan Station than
in the Great Wall Station. The lowest air temperature in winter is 33.6¡æ
below zero, the continual day time are 54 days, the continual night time
are 58 days, and the number of gale days is over 174 with a maximum wind
speed of 43.6 m/s. Not far from the Zhongshan Station are the Law Base
of Australia and the Progress Station of Russia.

The Station has 15 buildings with a floor space of 2700 m2, including
office building, dormitory building, meteorology building and scientific
research building, as well as power generators building and garages, etc.
The living facilities at the station are completed and can meet the needs
of the expeditioners in their work and life. The Station can accommodate
60 summering personnel and 25 wintering personnel. The rooms in the dormitory
are furnished multifunctional soft beds, sofas, writing desks, wardrobes,
etc. Kept at 16~20¡æ, the room temperature is suitable. The full automatic
cold and hot water supply system at the station can guarantee the cold
and hot water supply all the year around without interruption. In the
shower room, the supply of hot water at not lower than 40¡æ is ensured
that the expeditioners may take a shower at any time. The Station owns
14 vehicles of all kinds, which can meet the needs of transportation,
construction and scientific research. The power generators building is
equipped with three 150 kw and one 30 kw diesel generating sets which
can satisfy the needs of uninterrupted power use for life, work and scientific
research in the station area. Furnished with various medical apparatuses
such as shadowless lamp and multifunctional operating table, the clinic
at the station can perform ordinary small operations, There are table
tennis, billiards, and various kinds of integrated sports facilities as
well as audiovisual equipment, where the expeditioners may go in for recreational
and sports activities as well as other keep-fit activities. The communication
room of the station is provided with 2 sets of 1.6 kw single sideband
transmitter and full-waveband receiver as well as terminal equipment of
the maritime satellite, which can not only satisfy the communication and
contact between the station and Beijing, but also carry out written language
and picture transmission and telephone business throughout the world.
Inside the scientific research building there are labs of geology and
biology, which are equipped with appropriate analytical instruments and
equipment. The meteorological observation field, solid tide observation
room, seismic and geomagnetic absolute value observation room and upper
atmosphere physics observation buildings are all furnished with appropriate
equipment and instruments for scientific observations. Like the Great
Wall Station, the Zhongshan Station is also provided with a sewage and
rubbish treatment system. In addition, the generators are equipped with
smoke eliminating and noise reduction devices, which can reduce the discharge
of waste gas by generators and prevent pollution of the atmospheric environment.
The routine observation items carried out by the Chinese Antarctic Expedition
in the Zhongshan Station all the year round include meteorology, ionosphere,
upper atmosphere physics, geomagnetism and seismology. During the Antarctic
summer seasons, in-situ scientific investigations are also made on geology,
biology, meteorology, glaciology, polar physics, environmental science,
human medicine and marine science.
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