Orbital grace of virtuoso "Science". Fresh borscht and eco-oxygen are on the way
"The science"
On July 29, 2021, the multipurpose laboratory module Nauka docked to the International Space Station - to the docking port of the Zvezda service module.
This exciting event was broadcast live. In the process of docking, the twenty-ton machine automatically performed a masterly maneuver around the ISS and, maneuvering between the solar panels and the ISS blocks, gracefully docked to the Zvezda service module. The docking speed in the final section was 10 cm / s.
MLM Nauka is a multipurpose laboratory module for the Russian segment of the International Space Station. It will ensure the implementation of the scientific research program in the interests of fundamental science, social sphere, development and augmentation of the resources of the Russian segment of the ISS.
Module purpose:
- ensuring docking of the Progress MS transport cargo spacecraft, the Soyuz MS transport manned spacecraft and the Prichal nodal module;
- roll control of the International Space Station;
- receiving fuel from the Progress MS cargo spacecraft, storing it and transferring it to the tanks of the Zvezda module for performing dynamic operations - correcting the ISS orbit, attitude and stabilization;
- storage of cargo delivered in the interests of the Russian segment of the ISS;
- ensuring the functioning of the European manipulator ERA;
- functioning of a complex of target loads for the implementation of the program of scientific and applied research in conditions of increased comfort of the crew;
- oxygen production to meet the needs of a crew of up to six people;
- functioning of the airlock for working with target loads, including using the European Robotic Arm robotic arm;
- functioning of the on-board workshop and a cabin for the third crew member of the Russian segment of the ISS, as well as ensuring the operation of a sanitation and sanitation device with a system for regenerating water from urine.
The main characteristics of the module:
Mass in orbit: 20 350 kg
Body length: 13,12 m
Maximum diameter: 4,25 m
Volume of sealed compartments: 70 cubic meters m
Photovoltaic cell area: 56 sq. m
Power supply power: 2,5 kW
Estimated duration of operation in orbit: 15 years
Working orbit altitude: 410-460 km
Experiments
Let's take a look at the list of experiments planned for the Science module.
- "Mirage", "Fullerene" and "Vampire" in the direction of "space materials science".
In particular, the experiment "Vampire" involves growing crystals from a molten metal in a furnace with a rotating magnetic field to further obtain substrates from which sensors of ionizing radiation of increased characteristics will be produced, including infrared sensors that can be used at room temperature.
- "Drop-2" in the direction of "space technologies".
This experiment continues a series of experiments on the development of a drip cooler-radiator for advanced spacecraft with a nuclear power plant.
As you know from the latest provided data, which were allowed to be made public, on the basis of the Nuklon ROC several projects of space platforms were developed: TEM (transport and energy module, in common people - the space "Tug") and "Zeus" - a machine twice more powerful and larger than the "Tug", with already partially pre-installed base payload.
Both there, and there, for cooling, steel radiators were designed, consisting of blocks of radiator panels with connecting bellows, through which the cooled gas will flow. But a drip refrigerator has a clear advantage - invulnerability to external influences (micrometeorites and other hostile objects and radiation).
So the intrigue remains: a drop or steel - time will tell.
The development of a preliminary design for a future space platform with a nuclear power plant is calculated until 2024, in accordance with the previously adopted and executed space program 2016–2025. And the first launch of a promising spacecraft, which will determine the future of human cosmonautics for the next century or two or three, is scheduled for 2028-2030.
The proposed appearance of the spacecraft with drop cooling
- "Head-miniRSA" - in the direction of "advanced space technologies".
Expected results:
- a promising technology for the manufacture of airborne AESA for SAR and, as a consequence, an onboard complex of a small-sized radar with a synthetic aperture, as a possible prototype of promising high-resolution radar systems for remote sensing of the Earth (and not only), used to solve problems of nature management, environmental control and monitoring of emergencies;
- improved methods for highly accurate determination of local relative displacements of areas of the earth's surface caused by deep seismic processes, as well as obtaining radar images, accumulating them and creating on their basis a databank (detailed radar portraits of natural objects).
And this already, if you look closely, when combined with the free electrical power of the space "Tug", launched even just into the Earth's orbit, opens up new horizons in the literal sense of the word.
- "Impulse" (2nd stage) - in the direction of "Solar system".
Development of a more advanced pulsed plasma injector is planned.
One of the tasks posed is to assess the effect of plasma emissions from the ISS PC on the development of geophysical processes: precipitation of particles from the Earth's radiation belts, disturbances in the geomagnetic field, and assessment of disturbances in the parameters of the environment and the electromagnetic environment in the near zone.
- "Quail" - in the direction of "space biology and physiology".
The expected results will make it possible to create a life support system for spacecraft crews during ultra-long interplanetary space flights, in which quails will become one of the main links of the artificial space ecosystem.
The novelty of the experiment lies in the fact that research into the embryonic development of the Japanese quail will be carried out under conditions of microgravity and artificial gravity created by the flight equipment of the experiment on board the ISS RS.
Previous experiments on the Mir OS showed the possibility of developing a living organism from eggs delivered from the Earth. However, the reasons that cause disturbances in the development of the embryo have not been established.
In addition, Japanese quail chicks were bred on board the Mir spacecraft, which could not independently adapt to the conditions of weightlessness. Studies of the embryonic development of Japanese quail under zero gravity on board the ISS RS using a new design of an incubator should answer these questions.
- "Capture-E" - in the direction of "advanced space technologies".
The purpose of this experiment will be to test the functioning of unified mechatronic modules for robotic systems for space purposes as part of SMS on the outer surface of the ISS RS.
We can safely assume that this technology will be used on all modules of the new Russian space station ROSS - after all, ambitious plans are laid on it, and the first letter "C" in the abbreviation ROSS means service.
ROSS will receive fuel from the Earth and refuel incoming spacecraft for various purposes, including the aforementioned Tugs. Well, no one canceled the man in the earflaps and with a sledgehammer from the feature film "Armageddon" - all of a sudden there will be something to patch up, and the mechruks will not reach.
Maintenance of uninhabited spacecraft in space is a pleasure for the elite. According to the latest data, only Americans with the world's most expensive space system, the Space Shuttle, were able to do this on an industrial scale when they launched to Hubble and other satellites for service. The launch of one Shuttle based on the results of a 30-year program (from open sources) cost taxpayers $ 800 million.
As you can see, the difference is in the systems: "expensive-rich-fly up" versus "cheap-angry-fly up".
Let's see and compare in action in the next 10-15 years.
- "Mutation" - in the direction of "space biology and physiology".
Influence of space flight factors on the mutation process, genetic exchange and regulation of antibiotic production in microorganisms.
- "Vitacyc-T" - in the direction of "space biology and physiology".
The results will be used to create an onboard conveyor space greenhouse for the ISS RS with reversible water supply and increased productivity, and later - a link of higher plants of biotechnical life support systems for crews in interplanetary space expeditions.
Сonclusion
So, what can you say about the results of considering the planned programs?
Serve fresh eco-oxygen with borscht here!
The entire scientific and engineering elite of the country looks with hope at "Science".
"Science" - full speed ahead!
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