\tJune 24, China's astronauts succeeded in manually docking the Shenzhou-9 spacecraft with Tiangong-1 lab module.<\/p>\n
\tIt was the first such attempt in China's history of space exploration.<\/p>\n
\tIt means China has completely grasped space rendezvous and docking technologies and the country is fully capable of transferring humans and cargo to an orbiter in space, which is essential for building a space station.<\/p>\n
\tAstronaut Liu Wang, assisted by his teammates Jing Haipeng and Liu Yang, controlled the Shenzhou-9 spacecraft to dock with the Tiangong-1 space lab module at 12:42 p.m.<\/p>\n
\tThe Shenzhou-9 spacecraft and Tiangong-1 lab module has been conjoined again.<\/p>\n
\tAbout one and half hours before the docking, Shenzhou-9 parted from Tiangong-1 to the berth point 400 meters away from the module.<\/p>\n
\tTo leave room for adjustment, engineers set up four berth points for the spaceship on the same orbit five km, 400 meters, 140 meters and 30 meters away from the orbiting lab.<\/p>\n
\tThe spacecraft and the space lab were joined together by an automated docking on June 18. Shenzhou-9 was sent into space on June 16 from a launch center in northwest China's Gobi desert.<\/p>\n
\tA highly sophisticated space manoeuvre, manual docking requires the astronaut to link together two orbiters traveling at 7.8 kilometers a second in space without a hitch.<\/p>\n
\tThe astronauts will return to Tiangong-1 lab module from Shenzhou-9 spacecraft hours after the manual docking procedure to continue with experiments and research in space.<\/p>\n
\t\u624b\u52a8\u5bf9\u63a5sh\u01d2udòng duìji\u0113\uff1a in manually docking <\/p>\n