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Shenzhou 3 Wikipedia

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<big>Shenzhou 3 (????????????)</big>

colspan="2" cellspacing="0" cellpadding="2" bgcolor="#FFDEAD"|Mission statistics
Mission name	Shenzhou 3
Launch	March 25, 2002 14:00 UTC<br>Jiuquan Satellite Launch Center
Landing	April 1, 2002 08:51 UTC<br>Inner Mongolia
Duration	6 days 18 hours 51 minutes
Orbits	107

Shenzhou 3 (Chinese language|Chinese: ????????????) launched on March 25, 2002, was the third unmanned launch of the People's Republic of China's Shenzhou spacecraft. This was the first Shenzhou spacecraft launched that could have actually carried a human cargo and as such the main objective of the mission was to test the systems required to support a human in space. On board it carried a dummy to simulate physiological signals of a human ??? palpitation, pulse, breathing, eating, metabolism, and excretion.

The launch had been delayed several months due to design changes. It had been planned that Shenzhou 3 would use a new interior design but implementation problems meant reverting the previous version. The rocket and spacecraft were eventually rolled out the pad during the Fifth Session of the Ninth National People's Congress and the Ninth National Committee of the Chinese People's Political Consultative Conference in early March 2002.

It is thought that Shenzhou 3 changed its orbit twice during the mission. The first was on 29 March at 10:15 UTC when the aft maneuvering thrusters fired for about 8 seconds putting it into a 330.2 km x 337.2 km orbit. The second was on 31 March. Both times were to raise its orbit. Shenzhou 3 operated in a slightly less inclined orbit of 42.40?? to the previous Shenzhou 1 and Shenzhou 2|2 flights, which were in about 42.59?? inclined orbits.

On board were carried 44 different experiments. These included an imaging spectrograph, cloud sensor, radiation sensor, solar ultraviolet monitor, solar constant monitor, atmospheric composition detector, atmospheric density detector, multi-chamber space crystallization furnace, space protein crystal equipment, a cell bioreactor, a solid matter tracking detector and microgravity gauge. Also on board was a video camera that broadcast images of the Earth as seen through one of the windows on the spacecraft. To test the radio transmitting systems, a pre-recorded female voice was transmitted.

Shenzhou 3 reentered and landed successfully after 107 orbits. Unlike Shenzhou 2 where no photos had been released of the landing capsule, this time photos were released confirmed a successful touchdown. As with Shenzhou 2 the Orbital Module stayed in orbit for an extended mission. During this time it made some orbital adjustments, raising its orbit. Although it was speculated that it could serve as a docking target for Shenzhou 4, this did not turn out the be the case. Its mission ended in October 2003 and it reentered on November 12 at about 06:38 UTC over coor d|22|S|109|E| over the Indian Ocean off western Australia.

The launch of Shenzhou 3 was attended by President of the People's Republic of China|President Jiang Zemin. Along with him were Wu Bangguo, member of the Politburo of the Communist Party of China and Vice Premier of the People's Republic of China|Vice-Premier; Zeng Qinghong, alternate member of the Politburo and member of the Secretariat of the Communist Party of China Central Committee; Yu Yongbo, member of the Central Military Commission and director of the People's Liberation Army's General Political Department; and Cao Gangchuan, member of the Central Military Commission and director of the People's Liberation Army's General Armament Department.

Shenzhou 3 was the first Long March 2F launch to feature a working launch escape system. Also added were two manual system that would have allowed an astronaut to activate the system in case of emergency. It was tested during the launch phase though Chinese officials did not confirm if the test was successful. The launch itself had been delayed due to "product quality" issues.

A day after launch China Central Television broadcast an artist impression of the spacecraft in orbit. Of interest was that the front of the orbital module appeared to have been equipped with three seven element log-periodic antennae. It is thought that it was designed for a frequency range of 300-1000 MHz. Also shown was an animation of the orbital module after it had separated from the rest of the spacecraft. Three booms were extended from the front package, one left, another right and the third forward. It is speculated that this could have been some sort of ELINT package.

Last Modified:   2005-11-04