9月19日，载有第十四颗和第十五颗北斗导航卫星的“长征三号乙”运载火箭发射升空。2012年9月19日3时10分，我国在西昌卫星发射中心用“长征三号乙”运载火箭，采用一箭双星方式，成功将第十四颗和第十五颗北斗导航卫星发射升空并送入预定转移轨道。 这是我国第二次采用一箭双星方式发射北斗导航卫星，也是今年北斗卫星导航系统组网的第三次发射。此次北斗导航卫星的成功发射，标志着我国北斗卫星导航系统快速组网技术日臻成熟。 此次发射的北斗导航卫星和“长三乙”运载火箭，分别由中国航天科技集团公司所属中国空间技术研究院和中国运载火箭技术研究院研制。这是长征系列运载火箭的第167次发射。新华社记者 江宏景 摄   On September 19,Carrying a 14 and 15 a beidou navigation satellite"Long March 3 b"Carrier rocket launch.On September 19th, 2012, 3 when 10 points,In our country with the xichang satellite launch center"Long March 3 b"Carrier rocket,The arrow binary mode,Success will star 14 and 15 a beidou navigation satellite launch and into the reservation transfer orbit. This is the second time in our country by an arrow binary mode emission beidou navigation satellite,Also is this year beidou satellite navigation system networking third emission.The success of the beidou navigation satellite launch,Marks the beidou satellite navigation system in China rapid network technology more and more mature gradually. The emission of beidou navigation satellite and"ChangSanYi"Carrier rocket,Respectively by the China aerospace science and technology corporation belongs to China's space technology research institute and Chinese carrier rocket institute of technology development.This is the long march rocket series 167th emission.Xinhua news agency reporters JiangHongJing perturbation

           这是9月19日拍摄的载有第十四颗和第十五颗北斗导航卫星的“长征三号乙”运载火箭的发射点火瞬间。新华社记者 江宏景 摄 This is on September 19 shooting contains a 14 and 15 a beidou navigation satellite"Long March 3 b"Carrier rocket launch ignition moment.Xinhua news agency reporters JiangHongJing perturbation

    9月19日，载有第十四颗和第十五颗北斗导航卫星的“长征三号乙”运载火箭发射升空。新华社记者 江宏景 摄     On September 19,Carrying a 14 and 15 a beidou navigation satellite"Long March 3 b"Carrier rocket launch.Xinhua news agency reporters JiangHongJing perturbation

    这是9月19日拍摄的载有第十四颗和第十五颗北斗导航卫星的“长征三号乙”运载火箭的发射点火瞬间。新华社记者 江宏景 摄     This is on September 19 shooting contains a 14 and 15 a beidou navigation satellite"Long March 3 b"Carrier rocket launch ignition moment.Xinhua news agency reporters JiangHongJing perturbation