Information about the Shenzhou , what is the Shenzhou for

The Shenzhou spacecraft was launched by a new Long March carrier rocket at the Jiuquan Satellite Launch Center at 6:30 a.m. on November 20, 1999, and the spacecraft's return capsule successfully landed in the central region of the Inner Mongolia Autonomous Region at 3:41 a.m. the next day. >>

For the first time, this launch adopted a new mode of vertical testing and testing of spacecraft and rocket complexes in the technical workshop, and overall vertical transportation to the launch site for long-distance testing and launch control. China's newly built land-based and sea-based space TT&C network, which conforms to international standards, was also put into use for the first time in this launch test. During the spacecraft's orbital operation, the ground tracking and control system and the four "Yuanwang" survey ships distributed on the high seas tracked and controlled the spacecraft, and successfully carried out a series of scientific experiments.

The successful launch of the "Shenzhou" spacecraft is a milestone in China's aerospace history, marking a new major breakthrough in manned space technology. Qi Fayun, chief designer of the spacecraft system, interprets the manned spacecraft with Chinese characteristics.

The Shenzhou-2 spacecraft was launched from the Jiuquan Satellite Launch Center on 10 January 2001, and the spacecraft's return capsule successfully returned to the ground after seven days in orbit. The Shenzhou-2 spacecraft is China's first full-fledged unmanned spacecraft, consisting of three modules: an orbital module, a return module, and a propulsion module. Compared with the "Shenzhou-1" experimental spacecraft, the "Shenzhou-2" spacecraft has a new expansion of its system structure, a new improvement in its technical performance, and the technical status of the spacecraft is basically the same as that of the manned spacecraft.

For the first time, Shenzhou-2 carried out experiments in the fields of space life science, space materials, space astronomy and physics in a microgravity environment, including: crystal growth of semiconductor optoelectronic materials, oxide crystals, metal alloys and other materials; spatial crystal growth of proteins and other biological macromolecules; Carry out experiments on the effects of space environment on plants, animals, aquatic organisms, microorganisms, and isolated cells and cell tissues.

During the orbital operation of the spacecraft, various instruments and equipment performed stably and worked normally, and a large amount of valuable data was obtained. Compared with the "Shenzhou-1" experimental spacecraft, the "Shenzhou-2" spacecraft has a new expansion of its system structure, a new improvement in its technical performance, and the technical status of the spacecraft is basically the same as that of the manned spacecraft.

The overall exquisiteness of the Shenzhou is exquisite, and it is a special ship for the reception of "state guests" built with special funds, and the safety and particularity of the internal and external structures are unparalleled in the Yangtze River cruise ship. It has witnessed the majestic moment when many dignitaries at home and abroad pointed out the country and made decisions on the Yangtze River. The national lacquered wood structure exudes a pure Chinese atmosphere, and the low-key mahogany furniture reveals magnificence in a quiet and calm manner.

The unique space division gives it an excellent function for small and medium-sized business meetings.

Shenzhou Cruises belongs to the Yangtze River Overseas Series of luxury cruise ships, which is the largest and most professional luxury cruise fleet in China's inland waterways, and belongs to Sinotrans Changhang Group. The Yangtze River overseas series of cruise ships has opened up a precedent for Yangtze River tourism, created a glorious history of Three Gorges tourism, and received a total of 3 million Chinese and foreign tourists since its establishment. In 2010, the Yangtze River overseas series of cruise ships carried out a large-scale functional upgrading and transformation, so that the safety and software and hardware level of Zaowangjia cruise ship led the top level of Yangtze River luxury cruise ships.

All cruise ships have passed the star rating and safety qualification assessment of the National Tourism Administration, the Ministry of Transport, and the safety system certification of the China Maritime Safety Administration.

1. The Shenzhou spacecraft is a spacecraft developed by China itself, with complete independent intellectual property rights, and is at or better than the third-generation manned spacecraft technology of Pailunlimb International. The Shenzhou spacecraft is composed of three cabins and one section, that is, a return module, an orbital module, a propulsion module and an additional stage, and is composed of 13 subsystems. Compared with foreign third-generation spacecraft, the Shenzhou spacecraft has the characteristics of a high starting point and the ability to stay in orbit.

2. The Shenzhou series of manned spacecraft was launched by a Long March-2F rocket specially developed for it, and the launch base is the Jiuquan Satellite Launch Center, which is located at the Siziwangqi Space Landing Site in Ulanqab City, Central Inner Mongolia. As of April 24, 2019, the Shenzhou spacecraft and the Tianzhou spacecraft are in the process of mass production of earthly (sample) products.

Shenzhou-7 "Shenzhou-7" was successfully launched at 21:10:04 on September 25, 2008. Walk!

Shenzhou copied it.

Shenzhou-2 launch time: January 10, 2001 1:0:03.

Shenzhou-7 "Shenzhou-7" was successfully launched at 21:10:04 on September 25, 2008 Astronauts: Zhai Zhigang, Jing Haipeng, Liu Boming, spacewalk!

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At 2:09 on the 17th, the spacecraft was flying over Namibia, Africa, and Fei Junlong and Nie Haisheng were looking through the flight manual in the cabin to prepare for their return.

At about 2:40, the spacecraft entered the 76th flight around the earth and flew over the tracking and control area of Qingdao Station.

At about 2:40, the return command of the Shenzhou 6 spacecraft was unlocked, and it was about to end its five-day space journey and embark on the journey home.

At 3:10, the dispatcher of the Beijing Aerospace Flight Control Center announced that the tracking of the return segment had entered 30 minutes of preparation.

At 3:17, Shenzhou-6 was flying over the South Pacific Ocean.

At 3:18, the solar sail board of the spacecraft's propulsion module returned to zero vertically.

At 3:42, the Yuanwang No. 3 survey ship captured the signal of the Shen-6 spacecraft.

At 3:43, Yuanwang-3 issued a command to the spacecraft, and the spacecraft's first attitude adjustment began.

At 3:44, the orbital module of the spacecraft was successfully separated from the return module.

At 3:45, the engine of the Shenzhou 6 spacecraft ignited and braked, and the spacecraft began to return.

At 3:48:29, the spacecraft's orbital control engine was shut down and flew out of the tracking and control section of the Yuanwang-3 survey ship.

From 3:43 to 48, the Yuanwang-3 survey ship carried out a series of key controls on the spacecraft, such as attitude adjustment, separation of the orbital module from the return course, braking and ignition, and the spacecraft successfully entered the scheduled return orbit.

At 3:52, the spacecraft flew over the African continent and flew towards the motherland.

At 4:02, the spacecraft flew over South Asia, and the astronauts reported that the spacecraft was working normally and feeling good.

At 4:07, the spacecraft's propulsion module and return module were successfully separated.

At 4:13, the spacecraft entered the black barrier area.

At 4:16, the spacecraft was discovered by the tracking and control equipment of the landing site station.

At 4:19, the ship's main canopy opened.

At 4:20, the deceleration parachute was taken off and the main parachute was opened. Visualize the target.

At 4:23, the spacecraft's heat-proof outsole was successfully thrown.

At 4:33, the spacecraft's return capsule successfully landed.

At 5:38, the Shenzhou-6 astronauts exited the capsule.

As a sub-project of China's manned space program (Project 921), the space vehicle of the Shenzhou series of spacecraft is designed and developed by China itself, including Shenzhou-1, Shenzhou-2, Shenzhou-3, Shenzhou-4, Shenzhou-5, Shenzhou-6, Shenzhou-7, Shenzhou-8, Shenzhou-9, etc. Therefore, how many numbers there are in Shenzhou is actually a less clear question. If the number of spaceships of the two engineering plans of Shenzhou and Shenzhou is considered together, then the manned spacecraft of the Shenzhou series should be a total of nine.

The development of these Shenzhou spacecraft involves China's aerospace technology, communication technology, materials science, life sciences, etc., and involves a number of large research institutes, manufacturing plants and scientific research institutions. As a manned spacecraft, the Shenzhou series spacecraft carries important payloads such as Chinese astronauts and space laboratories, and has participated in a number of manned space missions and space experiments.

The Shenzhou series of space flights have also laid a foundation of technology, experience and knowledge for China's space exploration project, and have played an important role in promoting the development of China's space industry and improving China's technological status in the world. In addition, in the long run, the Shenzhou series of spacecraft will also provide important technical support for the construction of China's autonomous space station.

In short, the number of spacecraft in the Shenzhou series is actually a question that is not very accurate, if the number of spacecraft in the Shenzhou and Shenzhou engineering plans is combined, then the manned spacecraft of the Shenzhou series should be a total of nine. As a sub-project of China's manned space program, the Shenzhou series spacecraft has participated in a number of manned space missions and space experiments, laying a foundation of knowledge, technology and experience for China's Mengzu space exploration project, and also providing important technical support for the construction of China's independent space station. <>