At 1019 Hours Morning Hong Kong Beijing Time on a very clear 5th November 2021 Friday 2021, China- People’s Republic of China- CNSA –China National Space Administration Successfully launched the Long March 6 Chang Zheng 6 carrier rocket at the Taiyuan Satellite Launch Center Shanxi Province China successfully launched Long March – Chang Zheng 6 carrier rocket at the Taiyuan Satellite Launch Center to successfully integrate the Sustainable Development Science Satellite 1 – SDGSAT-1, also known as Guangmu Earth Science Satellite The satellite was sent into a predetermined orbit, and the launch mission was a complete…. The mission is the 395th flight of the Chang Zheng -Long March series of carrier rockets …. In which the scientific satellite that will help meet the UN Sustainable Development Goals (SDGs)…..
The Chang Zheng -Long March 6 and Yao-8 Launch Vehicle The Chang Zheng – Long March 6 launch vehicle is a cryogenic liquid three-stage launch vehicle developed by the Eighth Academy of Aerospace Science and Technology Group. It has the ability to launch multiple types of satellites with different orbital requirements and can be implemented. Launched by a single or multiple satellites with a single arrow, its sun-synchronous circular orbit carrying capacity can reach 1.0 tons (orbital height of 700 kilometers). …..
Launching the 广目 Geoscience Satellite Launch Success Four battles and four victories! Today’s launch is the fourth launch of the Long March 6 carrier rocket this year. So far, the Long March 6 has successfully completed the annual launch mission of this model. This launch is the 395th launch of the Long March series of carrier rockets, the 144th flight test of the Long March series of carrier rockets developed by the Eighth Academy of Sciences, and the 8th launch of the Long March 6 carrier rocket.
Guangmu Earth Science Satellite Launched Successfully Sustainable Development Science Satellite 1 (SDGSAT-1, also known as Guangmu Earth Science Satellite) is the world’s first scientific satellite dedicated to serving the “United Nations 2030 Agenda for Sustainable Development” and also the Chinese Academy of Sciences The first earth science satellite was developed by the Institute of Microsatellite Innovation of the Chinese Academy of Sciences, with the Shanghai Institute of Technical Physics of the Chinese Academy of Sciences, Changchun Institute of Optics and Fine Mechanics, Institute of Aerospace Information Innovation and National Space Science Center as the main participating units.
The satellite project is included in the management of the “Space Science Pilot Project”, and the International Research Center for Sustainable Development Big Data (CBAS) serves as the main user of the satellite. The satellite has developed a dedicated platform for earth science satellites and three payloads: Thermal Infrared Imager (TIS), Urban Low-light Imager (GIU) and Offshore Multi-spectral Imager (MII). Human activities are carried out through satellite all-day coordinated observations. The precise detection of regional “energy consumption, human settlements, coastal and port environment”, to achieve the fine description of “traces of human activities”, to quantify the interaction between humans and nature, and to provide monitoring, evaluation and scientific research for the realization of the global sustainable development goals Data support. This mission is the 39th satellite launch of the Institute of Microsatellite Innovation, Chinese Academy of Sciences. Up to now, 75 satellites have been successfully launched, including manned space companion satellites, remote sensing 30 satellites, BeiDou navigation satellites, dark matter particle detection satellites, quantum science experimental satellites, and global carbon dioxide monitoring satellites, covering communications, navigation, remote sensing, and science. And micro-nano and other fields.
Images and visuals are from Weibo and their respectives
On 17th June 2021 Friday 9:22 a summery clear morning Hong Kong SAR- Beijing Time- CNSA –China National Space Administration on which from Jiuquan Satellite launch Center – Inner Mongolia- China-People’s Republic of China… It was the it was the first time in half decade that the first three Takionaut –Chinese Astronaut to be launched on the 17th June 2021 Friday….Shenzhou 12 manned spacecraft launched successfully…… According to the China Manned Space Engineering Office, at 9:22 on June 17, 2021, Beijing time, the Long March 2 F Yao 12 carrying the Shenzhou 12 manned spacecraft The carrier rocket was ignited and launched on time at the Jiuquan Satellite Launch Center. About 573 seconds later, the Shenzhou 12 manned spacecraft successfully separated from the rocket and entered a predetermined orbit. The three astronauts Nie Haisheng, Liu Boming, and Tang Hongbo were successfully sent into space for flight. The crew was in good condition and the launch was a complete success
神舟十二号开始圆满成功…….This is the 19th mission since the establishment and implementation of China’s manned space project, and it is also the first manned mission in the space station stage. After the spacecraft enters orbit, it will carry out autonomous and rapid rendezvous and docking with the core cabin of Tianhe in accordance with the predetermined procedure. During the flight of the composite body, the astronauts will be stationed in the space and core module, complete a three-month in-orbit residency, carry out manipulator operations, exit activities, etc., and verify the astronauts’ long-term residency in orbit, regenerative life support, also various items more Key technology.
At present, the combination of Tianhe core module and Tianzhou-2 is operating in a near-circular docking orbit of about 390km, and is in good condition, meeting the mission requirements for rendezvous and docking with 神舟十二号 and astronauts stationing conditions….
Space Science: What’s the use of the small box held by the astronauts] At all the astronauts’ expedition ceremonies, the astronauts will be seen carrying a small box in their hands, and this morning’s 神舟十二号 astronauts’ expedition ceremonies are not exception. According to experts, the spacesuit needs to be ventilated before the astronaut wears the spacesuit and prepares to enter the cabin. The small square box carried by the astronaut is a hand-held small portable ventilation device with a power supply and a fan to provide a certain amount of ventilation for the spacesuit. Ensure the thermal comfort of the human body.
The astronauts will leave the cabin twice and mainly complete four tasks…. According to the overall arrangement of the Shenzhou 12 manned mission, the three astronauts will mainly complete four aspects of work during the orbit. Carry out two out-of-cabin activities and out-of-cabin operations. These four main tasks:
One is to carry out the daily management of the core cabin assembly. Including Tianhe core cabin on-orbit test, regenerative life support system verification, manipulator test and operation training, and material and waste management. The second is to carry out two out-of-cabin activities and out-of-cabin operations. Including the on-orbit transfer, assembly, and testing of extravehicular suits, the assembly of extravehicular toolboxes, the elevation of panoramic cameras, and the installation of extended pump sets….
On 17th June 2021 Friday at averagely 1630 hours Hong Kong SAR- Beijing time the Shenzhou 12 module have docked successfully with the Tainhe Core module of the CNSA -CSS -China National Space Admistraton – China Manned Space Agency -China Space Station .
The third is to carry out space science experiments and technical tests. Carry out the assembly and testing of experimental equipment for space application missions, and carry out experiments (tests) in the fields of space applications and aerospace medicine according to procedures, as well as related science education activities; the fourth is to carry out the health management of the astronauts themselves. Carry out daily life care and physical exercises as planned, and regularly monitor, maintain and evaluate their own health status.
According to the plan, after the Shenzhou XII spacecraft enters orbit, it will use an autonomous rapid rendezvous and docking mode to connect to the forward port of the Tianhe core cabin and form a combination with the Tianhe core cabin and the Tianzhou-2 cargo spacecraft. The astronauts stationed in the core module, implemented the synchronized work and rest system of heaven and earth for work and life. After staying for about 3 months, they took the spacecraft return module to return to the Dongfeng landing site.
At present, the Tianhe core module and the Tianzhou-2 combination are in a stable state, all equipment is working normally, and it has the conditions for rendezvous and docking and astronauts stationed. The systems for performing the Shenzhou 12 mission have completed comprehensive exercises, the astronauts flight crew are in good condition, and all preparations are basically in place before launch.
The core module of the space station and the ground training modules of the two experimental modules Out-of- on hands training on Shenzhou spacecraft control panel…vehicle training spacesuit …
On the 29th May 2021 Saturday Wenchang Spacecraft launch Center –Hainan Province –China – People’s Republic of China.. It was the successful launch of CNSA – China National Space Administration– China’s Tianzhou-2 cargo spacecraft in which was successfully launched on using a Long March- Chang Zheng 7 Medium Heavy Carrier Rocket.. in which the During this month of 16th May 2021 on a beautifully clear summery day it is the transfer of the advance Long March- Chang Zheng 7 Medium Heavy Carrier Rocket from Wenchang Spacecraft Launch Centre in Hainan Province – China – People’s Republic of China in which the Collaborative CNSA –China National Space Administration Belt and Road Initiative in which will be robotically assembled to form the China Space Station in which is a collaborative in between ESA- European Space Agency, ROSCOMMOS – UNOSA – United Nations for Office of Outer Space Affairs..
China launched the Tianzhou-2 cargo spacecraft at around 2055 hours Hong Kong -Beijing Time Saturday from Wenchang, southern China’s Hainan Province. The spacecraft, loaded with fuel, equipment and life supplies to sustain the Tiangong Space Station, is carried by the Long March-7 Y3 carrier rocket. As CGTN provide a special coverage gives you more details about Tianzhou-2 and China’s space station project…..
During the Docking procedures Space station and cargo spacecraft can be connected to the grid for power generation…According to the Eighth Academy of Aerospace Science and Technology, after the core cabin is successfully docked with the cargo spacecraft, in the combined flight mode, in order to ensure the power generation capacity of each cabin and the cargo spacecraft, the core cabin and the cargo spacecraft The cargo spacecraft will be connected to the grid for power supply. At that time, the core cabin can provide up to 2,000 watts of power to the cargo spacecraft. Although compared with the “big family” of the core cabin, the cargo spacecraft has only one third of the power supply capacity of the core cabin, but at critical moments, the cargo spacecraft can also provide about 1,000 watts of power to the core cabin.
“The core cabin supplies power to the cargo spacecraft, mainly considering that the cargo spacecraft is installed at the stern of the core cabin, and the cargo spacecraft’s solar battery wings are small in size and are easily blocked by other combinations of the space station. The cargo spacecraft supplies power to the core cabin for the purpose of Responding to the very few special situations that may occur in the future space station, this also demonstrates the flexibility and reliability of the power supply of the entire space station assembly.” Wang Zhenxu, chief designer of the power supply subsystem of the cargo spacecraft, introduced. In order to receive the 2000 watts of power gift from the core cabin, the cargo spacecraft itself needs to undergo a high-voltage grid-connected adaptation process. In response to the above problems, the developers of the Eighth Academy of Aerospace Science and Technology conducted a series of verification experiments to ensure that the normal operation requirements of the cargo spacecraft are met.
When the cargo spacecraft is connected to the core cabin for power supply, how to deal with the excess electricity? Developers have their own methods. Wang Zhenxu introduced that in the Tianzhou No. 2 cabin, a shunt regulator is installed, through which the excess electricity of the solar battery wing can be shunted. In the future, there will be the challenge of joint power supply of multiple combinations, but the power sub-system can always adapt. This is the intelligent management of the power sub-system in the space station era.
The newly advance variant of the Long March –Chang Zheng 7 Carrier Rocket has more than 130 improvements to make its performance better] This mission is the third launch of the Long March 7 carrier rocket. 4 years have passed since the Long March 7 Yao-2 launches. During this period, the model team Carried out a large number of optimized and improved designs, which not only realized the technological leap from “zero window” to “narrow window” launch, but also through more than 130 improvements such as simplifying and optimizing the on-board measurement system, and optimizing the tank pressurization design. The rocket has better performance and is more conducive to batch production and high-density launch.
Simplify and optimize the design of the on-arrow measurement system. The measurement parameters used for research have been deleted. The number of measuring points on the arrow has been reduced by about one-third, and the number of stand-alone measurement systems has been reduced by nearly half. This not only saves costs, but also helps to improve the sampling accuracy of some key parameters. In addition, this rocket also uses a high-rate Ka-band space-based measurement system. Compared with the S-band measurement system used by the Long March 7 Yao-2 launch vehicle, the transmission code rate has been increased by more than 20 times, realizing the full range of rocket flight telemetry. No blind spots.
Optimize the design of pressurization of the tank on the arrow. Combining the analysis of the results of the previous two flight tests, the booster reduces one tank booster gas cylinder without affecting normal use, and optimizes the boost pressure control bands of each module tank to increase the boost pressure. Utilization of gas. The rocket boost, the first-stage tail end and the first-stage transition section are changed from composite coating to ordinary coating. After the improvement, the construction process is simplified and the production cycle is shortened. Taking the first-level post-transition section as an example, the improved production cycle has been shortened from about 18 days to 13 days, laying the foundation for subsequent mass production. Focusing on zero-window launch, focusing on flight success or failure, sorting out one detail by one detail, fully identifying the weaknesses in the design and making improvements, in addition, drawing inferences about other rocket quality issues from the mechanism to ensure the complete success of this launch mission….
Previously on the 16th May 2021 it’s was Transferring from the final complete advance Long March- Chang Zheng 7 Medium Heavy Carrier Rocket from the vertical assembly building in which has been transferred launch complex.. …. According to the China Manned Space Engineering Office, on May 16, the combination of the Tianzhou-2 cargo spacecraft and the Long March-7 carrier rocket was transferred to the launch area. At present, the facilities and equipment at the launch site are in good condition, and various functional inspections and joint tests before launch will be carried out as planned.
On the morning of May 16, the ship-and-arrow combination of the Tianzhou-2 cargo spacecraft and the Long March 7 Yaosan carrier rocket was launched at the event Driven by the platform, it was successfully transferred from the 502 vertical assembly test plant to station 201 in the launch area. At present, the facilities and equipment at the launch site are in good condition, and various functional inspections and joint tests before launch will be carried out as planned…. On which it was a family and media day for the staff that worked for Wenchang Spacecraft launch complex ….
One of the many foods menus that been onboard is Fish-flavoured pork shreds and Gongbao chicken in space Tianzhou-2 will carry 3 people and 3 months astronaut consumables, 2 sets of extravehicular space suits and platform materials, and dock with the core module; During its docking at the space station, a number of in-orbit tests will be carried out as planned. According to the space station construction plan, my country will launch the Shenzhou 12 manned spacecraft next month, and three astronauts will take the spacecraft to the core module. The three astronauts have to work and live in the core module for about three months. Therefore, they must prepare a variety of materials to facilitate their “clothing, food, shelter, transportation” and work in space. There are various daily necessities in the “express” sent by the number. The food on the space station can be described as a must-see in space, making people salivate from the sky. China’s aerospace food has many traditional Chinese dishes, with obvious Chinese characteristics. The food is not only divided into main and side dishes, but also pays attention to the combination of meat and vegetables, but also has unique flavours. Even the well-known shredded pork and kung pao chicken… all appear on the astronaut’s food list
Transfer of the Tianzhou-2 cargo spacecraft ship-arrow assembly to the launch area] According to the China Manned Space Engineering Office, on May 16th, the Tianzhou-2 cargo spacecraft and the Long March 7 Yaosan carrier rocket assembly was completed Transfer to the launch area. At present, the launch facility is in good condition, and various functional inspections and joint tests will be carried out before launching as planned….
CNSA -China National Space Administration – Command Core Module – Tianhe Space Station shown on the Air Show China- in Zhuhai..
During the week of sixth of November 2018, in which only fifty five Kilometers away from Already Tomorrow In Hong Kong, travelling from the Hong Kong, Macau, Zhuhai planet Earth’s longest sea bridge.. Is the 2018 Zhuhai Air Show, in which displaying on many genres of the Space, Defense, Aviation Industry…. In which is the third Space Station in which CNSA China National Space Administration and CAST –China Academy of Space Technology have been developing for the Belt and Road Initiative over the past few years in leading to replace its second generation Space Station Tiangong two.. in which “Term as Heavenly palace two..”
During the Zhuhai Air Show, or Air Show 2018, in which is the twelfth show running, CGTN’s television presenter Sun Ye look with various guest from the CNSA, CAST-China Academy of Science Technology, also CASC – China Aerospace Science and Technology Corporation.. gave a tour of what’s to come with the next generation of Long March Carrier Rockets with the manned version of the Long March eight also the next generation of the Shenzhou module..
CNSA- Tainhe 1 core module.. in preparations for the 2019 launch calendar..
The seventeen meters in length.. New Command module component Station for in which was displayed for the Zhuhai Air Show, in which is the main Command Module Component Tianhe –termed Harmony of Heavens.. In which was test finally on 2017 year on finalizing the Assembly Integration and Testing center in Tianjin… in which the Tainhe command station module is larger, also wider in diameter than the previous generations in which to accommodate more instrumentation… also with an expanding crew from three towards six as each more modules are added..
CNSA – China National Space Administration final stage one look for the Belt and Road Initiative Space Station.. in collaboration with ESA- European Space Agency, ROSCOMMOS, UNOOSA- United Nations Office for Outer Space
Orthough the size of the CNSA Belt and Road Initiative – Tiangong three Space Station partnerships with ESA- European Space Agency, ROSCOMOS,UNOOSA- United Nations Office for Outer Space… each agency of its own is larger than NASA – National Aeronautics and Space Administration…. In which the CNSA-ESA Partnership as already began with the collaboration training of ESA Astronauts among with Chinese astronauts – Taikonauts during the 2017 Training year..
The Command Module Core of the Tianhe Space Station in which provide servicement towards operations, of control, management of the space station, in which be ready to launch from CNSA’s 2019 launch calendar… With stage one of all the module components completed assemble by the year 2022 at the most… within it two additional modules added conducting with experiments of space sciences, medical in various genres in which the enormous spin offs from the research benefiting humanity, With the operational life cycle of a decade more with regular maintained repairing schedule…
