pariosaurs was found, a dino park was opened, but the historical heritage regions extend far beyond the perovskyh a beautiful bar, and the same beautiful bar will not be at the exhibition, only larger in size. we. tera, famous far beyond the borders of russia, is preparing a special surprise for the dymkovo toy, for this they will have to deviate from the canons, not use clay, but the two-meter-long lady will begin to move and speak. welcome to the vyatka land, we will greet you like family with bread and salt. but he can share not only bread, but also modern technologies kirov region. scientists at iviada state university have developed a facility that converts hydrogen into clean energy. we're working on it now. development of individual materials that will form the basis of these processes, these are complex ceramic materials, we are manufacturing individual cells of the future device, by 2030 they want to put the power plant into mass production and this will be another achievement, a huge contribution to the ecology of not only russia, but also the world. valery kupriy, alexander fillatov,

was discovered more than 150 years ago, named after the russian collector of minerals, count lev perovskyday pyrovskite crystals are called not only this mineral itself, but also compounds similar in structure to crystal lattices, as about... it is they, and not pirovskite itself, that is used in modern solar energy, for a long time everything this pyrovskite family was considered to be fairly ordinary semiconductors. serious attention was paid to them only in the 21st century with the advent of thin-film technologies. the first experiments showed pyrovskite solar cells, respectively, at 1-2% in addition to what we get on pure film, that is, not only do impurities not interfere, but impurities can even improve the characteristics of these materials. therefore, this is a unique technology for the entire world community. with a silicon wafer, effective radiation absorption is achieved. 180 microns , and pyrovskite film works well even with a thickness of 1 micrometer, the absorption spectrum of a multilayer pyrovskite film is much wider, and this means a potential increase in efficiency; re

titanate was discovered more than 150 years ago and named after the russian mineral collector count lev perovskyonly this mineral itself, but also compounds with crystal lattices similar to it in structure. as a rule, it is they, and not the pyrovskite itself , that are used in modern solar energy for a long time... this entire pyrovskite family was considered as fairly ordinary semiconductors; serious attention was paid to them only in the 21st century with the advent of thin-film technologies. first experiments have shown that pyrovskite solar cells create free electrical charges no worse than those from silicon, and they are more technologically advanced. it is also important to note that these materials are not sensitive to defects, that is, if defects appear in the flint. that's it, it doesn't work, that's why it needs to be cleaned so thoroughly. here we take jars of ordinary reagents from the shelf, not very cleaned, we make a film, it works, we add some additional molecules to this film that change its structure a little, change we slightly increase the properties of the efficiency, resp

a dino park has opened, but the historical heritage of the region goes far beyond the borders of perovskyeautiful barn, and the same beautiful barn will be at the exhibition , only larger in size, the masters are famous far beyond the borders of russia, the dymkovo toy is preparing a special surprise, for this they will have to move away from the canons, do not use clay, but the two-meter-long lady will begin to move and speak, welcome to the vyatka land, we will meet like relatives with bread and salt, one bread, and kirovskaya can also share modern technologies region. scientists at iviada state university have developed a facility that converts hydrogen into clean energy. we are currently developing individual materials that will form the basis of these visors. processes, these are complex ceramic materials, we are manufacturing individual cells of the future device, they want to put the power plant into mass production by 2030, and this will be another achievement, a huge contribution to the ecology of not only russia, but also the world. bulakiev, valery kupriy, alexander fillatov, l

the remains of poriosaurs was found, but the historical heritage of the region goes far beyond the perovsky such a beautiful guy and the same... the bar will not be at the exhibition, only larger in size. masters, famous far beyond russia, are preparing a special surprise for the dymkovo toy, for this they will have to deviate from the canons, use clay, but the two-meter-long little lady will begin to move will speak. welcome to the vyatka land, we will greet you like family with bread and salt. but the kirov region can share not only bread, but also modern technologies. scientists at iviada state university have developed a facility that converts hydrogen into clean energy. we are currently developing individual materials that will form the basis of these processes. it is a complex ceramic. we manufacture individual cells of the future device. by 2030 they want to put the power plant into mass production, and this there will be another achievement, a huge contribution to the environment not only of russia, but also of the world. okiev, valery kupriy, aleksandrov, news, absolute accuracy, m