[The Russian government will discuss the draft law on the agreement on the joint construction of an international lunar scientific research station between China and Russia]
The Russian Government Information Office stated that the Russian government will discuss on March 15 the draft federal law on the approval of the intergovernmental agreement on the cooperation with China on the construction of an international lunar scientific research station. . Meeting materials stated: “The bill aims to implement bilateral cooperation between Russia and China in the construction and use of international lunar scientific research stations and the training of scientific researchers and experts.”
Lunar Photography images are of @KevinJamesNg. – images and visuals are from their Respectives.
In 2023, the Russian government’s Legislative Council approved the initiative to jointly build a Russian-Chinese international scientific lunar station. Vladimir Gruzdev, chairman of the board of directors of the Russian Law Society, said that the federal bill aims to approve the agreement between the Russian and Chinese governments to jointly build an international scientific lunar station. This agreement is in line with Russia’s interests and will help strengthen Russia-China strategic partnership and the development of Russian aerospace affairs.
Lunar Photography images are of @KevinJamesNg. – images and visuals are from their Respectives.
Russia and China’s plan to jointly build an international scientific lunar station will be implemented in two phases starting in 2025. The station will include research, power, takeoff and landing, orbit and experiment modules, as well as a command center, transmission satellites, telecommunications stations, and technology verification observation modules.
Russia and China signed a cooperation agreement in November 2022 to jointly build an international scientific lunar station.
Lunar Photography images are of @KevinJamesNg. – images and visuals are from their Respectives.
During this Month of May or June 2021 it’ll be the launch of the 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..
Taking a tour of the core module of the CSS – China Space Station Tiangong the first module Taihe ” space station sky and core module- According to Shi Liming, director of the space station core module structure sub-system of the General Design Department of the Fifth Academy of Aerospace Science and Technology Group, the core module is very large The length is higher than a five-story building, the diameter is much wider than that of trains and subway cars, and the volume is larger than any cabin of the International Space Station. After the astronauts are stationed, the space for activities is very spacious. In addition, the weight of the core cabin is equivalent to the total weight of three buses, and it also exceeds any cabin of the International Space Station.
According to Zhang Hao, the chief designer of the space station system of the General Design Department of the Fifth Academy of Aerospace Science and Technology Group, the sealed cabin of the Tianhe core module is equipped with six areas: working area, sleeping area, sanitary area, dining area, medical supervision and medical insurance area and exercise area. .
Not only can it ensure that each astronaut has an independent sleeping environment and a dedicated bathroom, but also a microwave oven, refrigerator, water dispenser, folding table and other homes in the dining area, as well as space treadmills, space bicycles, and anti-resistance tensile devices Equipment to meet the daily exercise of Taikonauts- astronauts. The core module can also realize the communication between the astronauts in orbit and the space-to-earth communication; it is also equipped with space-to-earth video communication equipment, which can realize two-way video communication with the ground; in addition, there is a measurement and control communication network that can support astronauts to send and receive e-mails and related equipment.
According to Shi Liming, the chief designer of the space station core module structure sub-system of the General Design Department of the Fifth Academy of Aerospace Science and Technology Group, the volume of the core module is very large. The length is higher than a five-story building, the diameter is much wider than that of trains and subway cars, and the volume is larger than any cabin of the International Space Station. After the astronauts are stationed, the space for activities is very spacious. In addition, the weight of the core cabin is equivalent to the total weight of three coaches, and also more than any cabin of the International Space Station. According to Zhang Hao, the chief designer of the space station system of the General Design Department of the Fifth Academy of Aerospace Science and Technology Group, the sealed cabin of the Tianhe core module is equipped with six areas: working area, sleeping area, sanitary area, dining area, medical supervision and medical insurance area and exercise area. .
Not only can it ensure that each astronaut has an independent sleeping environment and a dedicated bathroom, but also a microwave oven, refrigerator, water dispenser, folding table and other homes in the dining area, as well as space treadmills, space bicycles, and anti-resistance tensile device also Equipment to meet the daily exercise of astronauts. The core module can also realize calls between on-orbit astronauts and space-to-earth communication; it is also equipped with space-to-earth video communication equipment, which can realize two-way video calls with the ground; in addition, there is a measurement and control communication network and related communication networks that can support astronauts to send and receive emails Equipment also other inwardly cargo ….
After the successful completion of the core module mission, the upgraded docking mechanism undertaken by Shanghai Aerospace is about to usher in a new task] In the space station mission, Shanghai Aerospace is also responsible for the power subsystem, docking and transposition mechanism subsystem, measurement and control communication products, and resource module structure. With the general assembly and cable network development tasks, they are like loyal “guards” guarding the safe operation of the core module and the safety of the astronauts. In mid-May, the Tianzhou-2 cargo spacecraft will be launched in Wenchang and will be the first to realize docking with the Tianhe core cabin. The two experimental modules of Wentian and Mengtian are inseparable from the perfect docking of the Tianhe core module and the formation of a T-shaped space station.
For this “core battle”, as early as late January this year, the Shanghai Aerospace Technology Research Institute deployed elite core of talent personals from various units to form a “Tianhe Test Team.” During the hour waiting for the solar wing to open, Cheng Lei, the deputy chief designer of the solar battery wing from the 805 Institute, was both nervous and calm. “This is the first time that no tests have been carried out at the launch site,” Cheng Lei said. The flexible solar wing integrates four new technologies, including large-area lightweight, repeatable development and high reliability, 10 years of long life in orbit in low orbit, and high load-bearing capacity of rigid and flexible….
Tianhe-1is the mainframe infrastructure core module of China’s CNSA- Next Generation Space Station has been revealed and China hopes to finish the space station around 2022. In which During the 2019 launch calendar of CNSA – China National Space Administration, the Chinese Space Agency in Belt and Road initiative Alliances with the ESA- European Space Agency also with United Nations Outer Space Affairs,ROSCOMOS in developing the next Country’s Space Station in which are currently finalizing their various modules component construction in which contain in that construction experimental modules in which it’ll be carried onwardly with the Long March 5B, in which it’ll be the first time the CNSA they will launch the Heavy modifiedLong March 5B into space.. Into a Launching Low Earth Orbit in a in between Attitude of 350 to 450 Kilometers above Earth’s orbital inclination of forty two too forty three Degrees…
Launching from Launch Complex one, Wenchang Satellite Launch Center, Hainan in the first quarter calendar is the first foundation core module of the Tianhe- Harmony of Heavens…. Among with the Space Alliance with CNSA taking the lead, is ESA, Russian ROSCOMOS also the United Nations Outer Space Affairs Office among with the Belt and Road initiative countries in developing preparing together for deep space missions and manned mission to towards the moon and Mars… ESA will have their module up with the Chinese module components in building up connecting with the Tianhe unit in which like the very aged Zarya needs replacing on the NASA’s international Space Station….
CNSA- Tainhe 1 core module.. in preparations for the 2019 launch calendar..
Built, constructed, engineered in the one of many China’s industrial innovations engineering cap cities, in Aerospace Town, Tianjin City in Manchurian Province- North East China plus various other module components are also built with the twin experimental modules that’s connecting the Tainhe-1 core module…..in which is purpose is to be the master hub, living Environmental quarters….. Tainhe will provided the environmental life support, living quarters with three crew members also it’ll provide the main bridge of the Space Station with Navigational Guidance’s controls in which that compartment is one of three compartments of the station the second the non-habitable service section, then the docking section hub unit.. the primary Environmental living section consisting of living quarters, kitchen, toilet, fire control equipment Atmospheric processing providing control equipment, computers with scientific, multiple purpose communications installations.. Also with a small Remote Manipulate Robotic MIR Lyappa Arm to assist in adjoining the other five further modules that have yet to arrive in completing the first stage of the station…… the Docking mechanism is compatible with the Russian also ESA’s aswell due that that the International Space Station is based on the ROSCOMOS’s Mir Space Station Design in which formalised docking mechanism standards.. As the Tianhe is constructed it’s too first to house three selected Taikonauts, Cosmonauts, and European Space Agency Astronauts as the station grows with more module it can accommodate more to its design criteria limit..
In which current various major innovation have been researched, development and impendent… in which advanced interactive RMS- Remote Manipulator System in which have more capabilities than NASA’s ISS-International Space Station in which is known as the Canadian arm design and built by the CSA-Canadian Space Agency , the CNSA RMS Remote arm has the same features of a human hand in which can perform more of an intricate delicate task with sensor feedback sensors so Taikonauts gets to feel in real time of various task that they’re performing.. This RMS system small Remote Manipulate Robotic MIR Lyappa Arm to assist in adjoining the other five further modules that have yet to arrive in completing the first stage of the station that was experimented with Tiangong Two to refine, learn if any given modifications that need to be required for the next mission task…
Once the Tainhe-1 connected modules are installed it can be connected with the Transport vehicle’s such as the current or next Generation of Shenzhou… or it can be attached with CNSA’s next generation Space Shuttle plane variant that’s in current development in which provide more of the work truck in doing more heavy tasking.. In which the CNSA Space Station can handle two Shuttle variants, one Shenzhou variant transport….
