The image was taken at 18:00 on June 2 by the high-resolution camera of Tianwen-1 surround. After landing, there are two obvious bright spots in the upper right corner of the image. The upper bright spot is composed of two bright spots. The larger bright spot is the Tianwen-1 landing platform, and the smaller bright spot is the “Zhurong” rover. With the bright spot of the landing platform as the center, the surrounding area is darker. According to analysis, it may be caused by the engine plume during the landing. There are symmetrical jet-like bright stripes in the north-south direction of the landing platform, which may be formed by blowing off fine dust when the landing platform is passivated after landing. The bright spot in the middle of the image is the combination of the back cover and the parachute thrown away during the landing on Mars, in which the back cover is a round bright spot, and the parachute is a long strip of bright spot. In the lower left direction of the image, there is another obvious bright spot, which is a heat-proof outsole thrown away during the landing.
As of today, the “Zhu Rong” rover has been working on the surface of Mars for 24 Martian days, carrying out environmental perception, fire surface movement, and scientific exploration. All scientific load equipment has been activated to obtain scientific data. The orbiter runs in a relay orbit with a period of 8.2 hours and provides relay communication for the scientific exploration of the Mars rover.
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….
During the last several months The Takionauts at CNSA –China National Space Administration among with its sister organisation the CMS –China Manned Space have undergoing diligently training throughout the Training year in preparations of living, maintenance also other various forms of training on the newly awaited CSS –China Space Station in which is a Belt and Road initiative project ….
During the almost half year of 2020, the Takionauts have been training in Isolation in with a support team during the Convid-19 pandemic in which all training in the underwater weightiness training at the China Astronaut Research and Training Center in which is located in Beijing –China=People’s Republic of China … in which one of many training subjects. Astronauts master the coordination of movement and attitude control under weightlessness through training in neutral buoyancy tanks…..
Featuring during the Zhuhai Air Show, or Air Show 2018, in which is the twelfth show running, 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 in which was previously launched last month May 2020 testing launched from the Long March 5B-Chang Zheng 5B Carrier Rocket launching from the Wenchang Spacecraft Launch Center..
The New 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 finalising 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..
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..
CNSA- Tainhe 1 core module.. in preparations for the 2019 launch calendar..
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 additional modules components 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…
It was on 24th April 1970, China- People’s Republic of China –CNSA –China National Space Administration have successfully launched their first Earth orbiting satellite Dongfanghong One… in which it was launched at Jiuquan Satellite launch Center.. Located in the Dongfeng Aerospace City in Ejin Banner of Inner Mongolia Jiuquan in Gansu Province China… from that years onwardly in 2016- April 24th following it establish “China Space Day”…. In the past 730 days, we have witnessed miracles, reviewed classics, and recorded good things. On the future, we invite you to walk together and witness the better future of China’s aerospace. “
During that day of the 5oth Year anniversary Jiuquan Satellite Launch Center organizes aerospace war flag transmission event On April 24th, # 第五 中国 宇宙 …….. the Jiuquan Satellite Launch Center held the “inheriting the spirit of aerospace and winning 2020”-commemorating the successful launch of the “Dongfanghong-1” satellite 50 Anniversary and space battle flag banners in celebrating at the very launch site in with celebrating activities, 15 space battle flags are based on 15 iconic achievements made by the Jiuquan Satellite Launch Center Group among with the women and men from past and presently there in recreating that moment in time..
In which celebrating Dongfanghong One in which its mass was 173 kilograms launched by the iconic Long March one –Chang Zheng One with at speed of 7.76 Km/s in which as an orbit period of 1.8 hours in which it operational for least twenty days as test case in which that brought towards the evolution of many satellites to come.. one of it provisions is to The primary purpose of the Dongfanghong I satellite was to perform tests of satellite technology and take readings of the ionosphere and atmosphere…. satellite remains in orbit; as of 24 January 2015 it was in an orbit with a perigee of 442 kilometres (275 mi), an apogee of 2,046 kilometres (1,271 mi) and inclination of 68.42 degrees. This near-earth elliptical orbit was 114.09 minutes per orbit. It has Satellite Catalogue Number 4382 and International Designator 1970-034A…… Dongfanghong I had a design life of 20 days. During that time, it transmitted telemetry data and space readings to the Earth. On 14 May, its signal stopped.
During this month of March 2020 in which at Hainan Province- at Wenchang Space launch center in the China-People’s Republic of China.. In which there’s been progressive developments of construction of the Long March five – Chang Zheng five Carrier Rocket……During theCNSA – China National Space Administration launch 2020 calendar, the CNSA in with the Belt and Road initiative Alliances with the ESA- European Space Agencyalso with United Nations Outer Space Affairs, ROSCOMOS in developing the next Country’s Space Station in which are currently finalizing there 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 Long 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…
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….
Launching from Launch Complex one, Wenchang Satellite Launch Center, Hainan in the first second quarter calendar is the first foundation core module of the Tianhe- Harmony of Heavens, 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..
The long March five –Chang Zheng five is the largest currently, in which soon there are other larger variants of the Long March Ultra Heavies in the process with more heavy more challenging payloads to cater towards more expansive missions also constructions of more expansive larger CSS China Space Station in which in collaboration with its Belt and Road Partnerships countries and organisations.. ..
Manufactured by CASC- China Aerospace and Technology Corporation – CALVT China Academy of Launch Vehicle Technology, at Tianjin City … in which is the sister organisation towards CNSA…China Academy of Space Technology …. Given lesson learnt from the second, third modified the Long March five Y3 in which is powered up Main propulsion system is an engine on Hydrogen and Oxygen YF-77 Engines in which is core.. As for the secondary it’s the YF-77D in which the external Boosters are of YF-100 Engines Kerosene fed… Chang Zheng 5- The Long March 5 is the heaviest rocket in China’s fleet, and one of the most powerful launcher’s in the world. The Long March 5 can deliver up to 14 metric tons — nearly 31,000 pounds — to geostationary transfer orbit, a popular target orbit for large communications satellites. The launcher’s lift capability to low Earth orbit is around 55,000 pounds, or 25 metric tons… once deployed Shijian 20 – spacecraft will use its own propulsion system to circularize its orbit at geostationary altitude more than 22,000 miles -nearly 36,000 Kilometers over the equator…..
CNSA -China National Space Administration – Command Core Module – Tianhe Space Station shown on the Air Show China- in Zhuhai..
