Bacteria can fill the cracks of bricks on the moon, the Indian Institute researchers find ways - bacteria can fill cracks in bricks on the moon, says IISC

Bacteria can fill the cracks of bricks on the moon, the Indian Institute of Science Researchers find the moon’s atmosphere that it is difficult to make any permanent construction there. A large temperature difference of 121 to -133 ° C and solar air and falling meteorite is the biggest challenge for the construction of a permanent structure. In such a situation, IISC researchers have found a way that can fill the cracks in bacteria stones while making structures there. Bacteria can fill the cracks of bricks on the Moon-Indian Institute of Science Pti, New Delhi. The atmosphere of the moon is of such a nature that it is difficult to make any permanent construction there. A large temperature difference of 121 to -133 ° C and solar air and falling meteorite is the biggest challenge for the construction of a permanent structure. Researchers find the way, in such a way, researchers from the Indian Institute of Science (IISC) have found a method that can fill the cracks in bacterial bricks while making structures there. Researchers from the Bangalore -based IISC said that future flights would not be traditional for study on the moon, but there would be a permanent home like the Artemis mission of NASA. However, the atmosphere there is very hard. There is only one day temperature about 150 degrees up and down. In such an environment, bricks can have cracks, which can weaken the structure. In a research article published in a magazine called Artificial in Bricks, The Frontier in Space Technology, the authors explained that these shortcomings were artificially produced in the bricks and then a mud mixed with soil -made materials such as Sporosarasina Pasteuri bacteria, Guargom and warned. In such an environment, this bacteria can convert urea into disintegrated carbonate and ammonia. Calcium present in bricks can create calcium carbonate by responding with carbonate, which is filled with gums filled with gums and cement and fills the cracks. Reinforced stones can carry 100 to 175 degrees temperature. Researchers have found that reinforced bricks can carry 100 to 175 degrees temperature. Alok Kumar, an associate professor of the Department of Mechanical Engineering at the Institute and the Institute, said that the source process be adopted to make exceptionally strong bricks. In this, soil -like material is mixed with polyvinyl alcohols such as polymers at a fairly high temperature. For the general structure, it is better than the necessary bricks with an exceptionally strong capacity and is excessively better for the general structure. Now this team suggests sending a monster Sporosarasina pasteuri bacteria in space as part of the Gaganyan mission, so that its development and behavior can be studied in the environment there. Every latest news and accurate information from the country and the world, every moment on your phone! Download now- Jagran app