The Far Eastern Federal University (FEFU) has developed a technology for producing high-strength ceramic materials. They are suitable for building bases on the Moon, the university's press service reported.
Scientists have found that the key to forming the optimal microstructure and properties of ceramics is the heating rate during sintering.
A high heating rate leads to more intensive consolidation of the material. It allows for a denser and stronger ceramic to be obtained, which is important for construction in extreme lunar conditions.
The study used rocks from the Baranov and Gorely volcanoes. Their chemical composition is similar to the soil on the Moon.
Earlier, www1.ru reported that the DIMA robot may become the first Russian on the Moon.
Read materials on the topic:
Russia has announced the recruitment of space tourists - a flight to the ISS is scheduled for 2025
The Chinese apparatus "Chang'e-7" will launch one of the Russian devices to the Moon
Now on home
The platform allows you to send short videos to random people and watch other people's video messages
Likhachev spoke at the AtomSkills championship in Yekaterinburg
The General Designer of NPO Mashinostroyeniya was 74 years old
New friction stir welding technology creates strong bimetallic joints without delamination
Patented technology simplifies the production of lightweight and rigid thin-walled structures
The electromechanical device spins dozens of metal and fiberglass cables, creating a protective zone
New circuit opens the way for reliable electronics in extreme conditions
The Ministry of Health is preparing to launch a system that will store data on vaccinations, contraindications, and refusals
Joint venture established for exploration and processing of raw materials for high-tech industry
The restyled SUV received a turbo diesel, LED optics, and a new multimedia system
The device will allow conducting research at the nanometer level
The enterprise will be launched at the end of 2028, with a design capacity of 10.5 thousand extra-large tires per year