Scientists from NUST MISIS and IPCE RAS (Moscow, Russia) together with Italian colleagues from University of Rome Tor Vergata managed to significantly increase stability and effectiveness of perovskite elements — promising materials for solar energy — by adding a layer of copper iodide (CuI). The article on the research is published in “Materials”.
Aluminum is one of the most promising materials for aeronautics and automobile industry. Scientists from the National University of Science and Technology “MISIS” found a simple and efficient way of strengthening aluminum-based composite materials. Doping aluminum melt with nickel and lanthanum, scientists managed to create a material combining benefits of both composite materials and standard alloys: flexibility, strength, lightness. The article on the research is published in Materials Letters.
Scientists from the National University of Science and Technology “MISIS” together with their colleagues from Derzhavin Tambov State University and Saratov Chernyshevsky State University have figured out that graphene is capable of purifying water, making it drinkable, without further chlorination. “Capturing” bacterial cells, it forms flakes that can be easily extracted from the water. Graphene separated by ultrasound can be reused. The article on the research is published in Materials Science & Engineering C.
Researchers from the National University of science and technology MISIS (NUST MISIS, Moscow, Russia) and the National Institute for Nuclear Physics (INFN, Naples, Italy) have developed a simple and cost-effective technology that allows increasing the speed of the automated microscopes (AM) by
“In our study, we tested the technology of fully automated optical scanning of thin samples, on which the new generation of automated microscopes will be based. We analyzed the performance and estimated the achievable scanning speed in comparison with traditional methods, — said one of the authors, a researcher from NUST MISIS and INFN Andrey Alexandrov.
Modern science requires the use of high-speed scanning systems, capable of conducting a high-precision analysis of the samples internal structure, of obtaining and analyzing large amounts of information. AM of the new generation are such systems: robots, equipped with high-precision mechanics, high-quality optics and high-speed video camera. AM works million times faster than a human microscope operator and can work 24 hours a day without getting tired.
Modern AMs are used for optical scanning of emulsion track detectors. Multi-tone detectors contain millions of emulsion films. Since the speed of AM limits the applicability of detectors, scientists are actively looking for ways to make the existing robots faster, as well as to create new, much faster generations. Such robotic microscopes will be indispensable in an experiment to search for dark matter, where it will be necessary to analyze tens of tons of nano-emulsion trackers with unprecedented accuracy in the shortest possible time.
“The machine vision technology allows AM to recognize objects in real time and independently decide whether to process their images or move to another point. Currently, the parallel computing technology CUDA and the GPU video cards are actively used to process a large (~2 GB/s from each video camera) image stream and accelerate intensive computing. We have also implemented the technology of the lens focal plane rotation”, — Alexandrov added.
According to the scientist, "the efficiency and accuracy of this approach turned out to be comparable with the traditional ones, while the scanning speed is proportional to the number of cameras installed, which suggests significant progress.
Next, the scientists intend to create and test a new generation working prototype using the technology of focal plane rotation implemented by them. The
Materials scientists from the National University of Science and Technology “MISIS” (NUST MISIS) developed a unique sandwich steel-vanadium-steel material that is able to withstand temperatures of up to 700°С, hard radiation exposure, mechanical stress and chemical exposure for a long period of time. The material can be used in the shells of nuclear reactor cores.
Scientists from the National University of Science and Technology “MISIS” developed a new type of vibration sensors for devices for structural health monitoring of buildings and bridges, as well as spacecraft. The research article is published in Sensors.
