Magnet vs. Freon: Scientists From MISiS and Tver State University Invent a Magnetic Refrigerator, Which Is 30-40 % More Efficient Than Usual
A fundamentally new refrigerator has been developed by researchers from the National University of Science and Technology MISIS and Tver State University — it is based on a solid-state magnetic system that gives
Magnet vs. Freon: Scientists From MISiS and Tver State University Invent a Magnetic Refrigerator, Which Is 30-40 % More Efficient Than Usual
A fundamentally new refrigerator has been developed by researchers from the National University of Science and Technology MISIS and Tver State University — it is based on a solid-state magnetic system that gives
Russian Researchers Invent Highly Efficient Magnetic Refrigerator
Russian engineers have designed a next-generation refrigerator cooled by magnetic metal instead of evaporating liquid, which improves energy efficiency by 30 to 40 percent, the NUST MISIS press service told RIA Novosti.
Russian, Italian Scholars Develop Ultrafast Microscope for Dark Matter Research
A Russian-Italian research team with scientists from Moscow’s National University of Science and Technology MISiS (NUST MISiS) and the National Institute for Nuclear Physics (INFN) in Naples, Italy, have developed a simple and cost-effective technology to increase the speed performance of automated microscopes by dozens of times.
Russian Physicists Dash Hopes of Material for the ’Electronics of the Future’
Scientists from National University of Science and Technology MISiS (NUST MISiS) became the first in the world to publish the results of research carried out on the metal alloy that was thought to be able to replace silicon in electroni
Russian Scientists Discover New Way to Obtain Efficient Energy Materials
Together with their colleagues from the Russian Academy of Sciences, Moscow State University, South Ural State (National Research) University and Japan’s NIMS, researchers from the NUST MISIS have developed a method to obtain prospective BiCuSeO (bismuth-copper-selenium-oxygen) oxyselenide-based thermoelectric materials.
