i thought a rover instead of man will land on the dark side?
Shenzhou-11 Space Mission News
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AndrewJin
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I envy Chinese people when I see such bold scientific achievements. You must be proud to witness such accomplishments. Chinese people are hardworking. Hardworking people deserves the best in every field. Without a doubt, I do think China will be the only Asian nation that will be able to compete with west in every field.
Russia was mainly on military, aviation and space. But they did lack a lot of know now in many civilian industries. That's one of the main reasons for Russia being relatively poor compared to West.
Japan and South Korea are excellent in civilian industries but they have a fraction of military technology compared to what West developed.
China is pushing both fronts simultaneously. The governments clearly wants to increase prosperity to Western standarts, in the mean time spending hundereds of billions of dollars to develop domestic military technologies. That's a gestalt approach to development.
AndrewJin
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China should cooperate with all friendly developing countries and share all the inclusive development.
But.....China has already collapsed according to the mainstream corporate media.
Nearly all provinces have taken part in the space mission in China.
Such project has significantly improved civilian industries around the nation.
Companies in High Tech Zone in Guiyang City, China's poorest Guizhou Province
http://gzrb.gog.cn/system/2012/06/30/011516262.shtml
Henan Province, Central
http://news.163.com/16/0921/08/C1FNAU1500014AEE.html
No.510 Institute, Lanzhou, Northwest China
http://www.gs.xinhuanet.com/news/2016-10/18/c_1119737829.htm
Haier refrigerator, Qingdao, Eastern China
http://www.jdxfw.com/html/2016/icebox_1018/53743.html
graphite-seal ring, Harbin, Northeast China
http://harbin.dbw.cn/system/2016/10/18/057411412.shtml
Shotgunner51
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China’s Shenzhou-11 preparing to dock with Tiangong-2 Spacelab
October 18, 2016
Watch live coverage of the Shenzhou-11 docking:
October 18, 2016, 3-8 p.m. EST / October 19, 2016, 3-8 a.m. BJT
October 18, 2016, 3-8 p.m. EST / October 19, 2016, 3-8 a.m. BJT
Shenzhou-11, China’s sixth manned spacecraft will dock with the Tiangong-2 space lab on Wednesday early morning.
After changing its orbit five times, the Shenzhou-11 spacecraft will be 52 kilometers behind the Tiangong-2 space lab. The two will then enter the state of automatic control. While the spacecraft will chase the space lab, the two will decelerate for adjustments at four mooring points which are 5 kilometers, 400 meters, 120 meters, and 30 meters.
Chinese astronauts, Jing Haipeng, 50, and Chen Dong, 37, were blasted off into space onboard Shenzhou-11 at 7:30 a.m. Monday (1930 EST Sunday) and will spend 30 days in the Chinese space laboratory Tiangong-2.
http://www.cctv-america.com/2016/10/18/chinas-shenzhou-11-preparing-to-dock-with-tiangong-2-spacelab
GS Zhou
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docking done! perfect！
Shotgunner51
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onebyone
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Shenzhou-11 docks with Tiangong-2 in latest Chinese space station mission
October 18, 2016 by Rui C. Barbosa
The Chinese spacecraft Shenzhou-11 – and its crew of two taikonauts – has successfully docked with the Tiangong-2 space module at 19:24 UTC. The docking begins a month long mission in which the crew will conduct a series of experiments aimed at progressing China’s ambitions in space.
Tiangong-2:
The launch was followed around the world and gained huge domestic interest.
A massive – and somewhat choreographed – crowd chanted in support of the taikonauts as they departed for the launch site under a police escort.
The launch countdown proceeded without issue as the Long March carrier rocket propelled the crew into orbit.
Following Sunday’s successful launch, Shenzhou-11 – and its two taikonauts – were inserted into a parking orbit.
The Chinese manned spacecraft was detected on a 334 x 336 km x 42.8 deg orbit. With the spacecraft using its own propulsion system, its orbital parameters were raised to a near circular orbit with an altitude of 393 km.
The spacecraft took two days to transition into rendezvous operations with Tiangong-2.
During Shenzhou-8 and Shenzhou-9 missions to Tiangong-1, the rendezvous was conducted via the V-bar approach. During Shenzhou-10, the three member crew also practiced the approach to the old station using the R-bar approach and then maneuvering to the docking port.
Back then, Chinese specialists said that the test made with SZ-10 was a key docking objective ahead of the construction of the future Tiangong modular space station that China will launch during campaigns in 2018.
China also has Lunar and Mars ambitions that they will build from the experiences of the Tiangong missions.
For Shenzhou-11, the approach used the V-bar approach to dock with Tiangong-2.
For rendezvous and docking, operations began at a distance of 52 km from the space module with the monitoring center system analyzing the parameters of Shenzhou-11. At this distance both spacecraft will have been able to read the relative position and velocity of each other.
The next phase of the automatic approach and docking operations began when the two vehicles were 20 km apart, as Shenzhou-11 moved towards the three Go/No Go points – at 5 km, 400m, 140m and 30m.
During these “parking points”, the relative position of the spacecraft were assessed by ground controllers before a go to proceed was given.
At 120 meters the taikonauts had the option to take manual control of Shenzhou-11 if this proves necessary. This process is common for docking vehicles of all nationalities.
During these rendezvous operations, Shenzhou-11 provided the role of the “active vehicle”, while the Tiangong-2 acted as the “passive vehicle”. At a distance of 30 meters, the docking mechanism was extended to achieve the soft docking with the orbital module.
As the distance between the two vehicles continued to close, the ground control data continued to increase in accuracy, allowing for the final approach and soft dock. This was marked at 19:24 UTC.
It took 15 minutes to provide a hard dock/seal between the two vehicles, which allowed the control center to adjust the cabin environment.
Once the leak checks were completed, the crew enter the module and began taking measurements into cabin pressure, oxygen capacity, air temperature and humidity, along with checks into potentially harmful gasses.
Living in orbit:
As previously announced by the Chinese authorities, docked operations with Tiangong-2 will last 30 days. It is expected that the two taikonauts will sleep in the new station where there are two dedicated sleeping areas that are each equipped with two-way video communications equipment.
Tiangong-2 is equipped with everything a taikonaut needs, including exercise equipment, medical laboratory equipment, waste recycling equipment, medical health monitoring equipment, among other essentials.
Also on board are various clothing packages, including thermal underwear, warm pants, sports shoes, sportswear and shorts.
At launch, Shenzhou-11 itself carried more than 300 kg of cargo, including water, food rations and experiments with it to the module.
While in orbit, medical examinations will be conducted, including on-orbit examinations of the crew’s hearts, lungs and biochemistry conditions, as well as providing effective prevention against space motion sickness.
For this, equipment ranging from a bicycle ergometer to a chest developer and neuromuscular electrical stimulation have been prepared on board Tiangong-2 to protect the taikonauts against weightlessness and maintain their cardiac and muscular functions.
The two man will also wear the so called ‘penguin suit’ that will help them to countermeasure the effects of the weightless environment.
https://www.nasaspaceflight.com/201...ngong-2-latest-chinese-space-station-mission/
October 18, 2016 by Rui C. Barbosa
The Chinese spacecraft Shenzhou-11 – and its crew of two taikonauts – has successfully docked with the Tiangong-2 space module at 19:24 UTC. The docking begins a month long mission in which the crew will conduct a series of experiments aimed at progressing China’s ambitions in space.
Tiangong-2:
The launch was followed around the world and gained huge domestic interest.
The launch countdown proceeded without issue as the Long March carrier rocket propelled the crew into orbit.
Following Sunday’s successful launch, Shenzhou-11 – and its two taikonauts – were inserted into a parking orbit.
The Chinese manned spacecraft was detected on a 334 x 336 km x 42.8 deg orbit. With the spacecraft using its own propulsion system, its orbital parameters were raised to a near circular orbit with an altitude of 393 km.
The spacecraft took two days to transition into rendezvous operations with Tiangong-2.
Back then, Chinese specialists said that the test made with SZ-10 was a key docking objective ahead of the construction of the future Tiangong modular space station that China will launch during campaigns in 2018.
China also has Lunar and Mars ambitions that they will build from the experiences of the Tiangong missions.
For Shenzhou-11, the approach used the V-bar approach to dock with Tiangong-2.
For rendezvous and docking, operations began at a distance of 52 km from the space module with the monitoring center system analyzing the parameters of Shenzhou-11. At this distance both spacecraft will have been able to read the relative position and velocity of each other.
The next phase of the automatic approach and docking operations began when the two vehicles were 20 km apart, as Shenzhou-11 moved towards the three Go/No Go points – at 5 km, 400m, 140m and 30m.
During these “parking points”, the relative position of the spacecraft were assessed by ground controllers before a go to proceed was given.
During these rendezvous operations, Shenzhou-11 provided the role of the “active vehicle”, while the Tiangong-2 acted as the “passive vehicle”. At a distance of 30 meters, the docking mechanism was extended to achieve the soft docking with the orbital module.
As the distance between the two vehicles continued to close, the ground control data continued to increase in accuracy, allowing for the final approach and soft dock. This was marked at 19:24 UTC.
It took 15 minutes to provide a hard dock/seal between the two vehicles, which allowed the control center to adjust the cabin environment.
Once the leak checks were completed, the crew enter the module and began taking measurements into cabin pressure, oxygen capacity, air temperature and humidity, along with checks into potentially harmful gasses.
Living in orbit:
As previously announced by the Chinese authorities, docked operations with Tiangong-2 will last 30 days. It is expected that the two taikonauts will sleep in the new station where there are two dedicated sleeping areas that are each equipped with two-way video communications equipment.
Tiangong-2 is equipped with everything a taikonaut needs, including exercise equipment, medical laboratory equipment, waste recycling equipment, medical health monitoring equipment, among other essentials.
At launch, Shenzhou-11 itself carried more than 300 kg of cargo, including water, food rations and experiments with it to the module.
While in orbit, medical examinations will be conducted, including on-orbit examinations of the crew’s hearts, lungs and biochemistry conditions, as well as providing effective prevention against space motion sickness.
For this, equipment ranging from a bicycle ergometer to a chest developer and neuromuscular electrical stimulation have been prepared on board Tiangong-2 to protect the taikonauts against weightlessness and maintain their cardiac and muscular functions.
The two man will also wear the so called ‘penguin suit’ that will help them to countermeasure the effects of the weightless environment.
https://www.nasaspaceflight.com/201...ngong-2-latest-chinese-space-station-mission/
onebyone
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Shenzhou-11 002605.jpg (116.72 kB, 666x395 - viewed 4 times.) Shenzhou-11 002607.jpg (104.24 kB, 666x395 - viewed 4 times.)
onebyone
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Nice wave!
Jing Haipeng inside TG-2 at 22:27UTC
Shenzhou-11 002615.jpg (154.38 kB, 666x395 - viewed 12 times.)
Shenzhou-11 002617.jpg (155.86 kB, 666x395 - viewed 6 times.)
Shenzhou-11 002619.jpg (157.63 kB, 666x395 - viewed 9 times.)
Jing Haipeng inside TG-2 at 22:27UTC
Shenzhou-11 002615.jpg (154.38 kB, 666x395 - viewed 12 times.) Shenzhou-11 002617.jpg (155.86 kB, 666x395 - viewed 6 times.) Shenzhou-11 002619.jpg (157.63 kB, 666x395 - viewed 9 times.)Similar threads
