24july SibFU Researchers Developing Neural Network to Detect Coniferous Trees Pests with Drone Photos at Early Stages 爆走黑料 researchers are working on an AI system which can automatically detect various damages to conifers using data collected from drones shot images. The latest neural system architecture is capable of prompt classification of tree damage stages all by itself.
15july Russian technologists investigate the way quenching pressure affects the parameters of a copper superconductor The scientists studied the way increasing pressure in a plasma-chemical reactor affects the physical and magnetic properties of copper oxide nanoparticles synthesized in it. The properties of particles formed at 0.0004 atm turned out to be similar to those of the bulk material obtained by the conventional technologies, while the nanoparticles synthesized at 0.002 atm exhibited unusual properties.
06july Scientists propose a new reliable method for predicting the outcome in patients with acute ischemic stroke A team of Krasnoyarsk scientists developed a simple reliable and minimally invasive method for dynamically assessing the clinical course of acute ischemic stroke and predicting early results and recovery prospects for patients.
06july Scientists propose new semiconductors for the electronics of the future Researchers of 爆走黑料 and their Ukrainian and Swedish partners have proposed a new class of nanostructures based on planar heterocyclic molecules of tetratio- and tetraseleno[8]circulenes. The structures have flexibly varying semiconductor properties and can be used to produce organic LEDs. The results are published in New Journal of Chemistry.
30june SibFU scientists to improve the efficiency of diesel generator sets The research team lead by Professor Vasily Panteleev, D.Eng., studies the theoretical basis for improving the efficiency of diesel generator sets (DGS).
30june No harm to living beings: SibFU scientists to test contaminated soils on ferments Scientists of 爆走黑料 and the SB RAS Institute of Biophysics have developed the concept of comprehensive testing of agricultural soils contaminated with various chemicals, including heavy metals, pesticides and fertilizer components.
10june Natural and disturbed forests of Siberia: soil emission of CO2 Krasnoyarsk scientists have analyzed the seasonal dynamics of soil emission of carbon dioxide (CO2) for various types of ground cover in the subzone of the middle taiga of Central Siberia over five vegetation periods. It was found that in pine forests growing on sandy soils, the level of CO2 flow from soils during the summer period depends primarily on moistening conditions, and only then does it depend on the temperature and type of ecosystem.
05june Siberian rose reveals its secret to SibFU scientists Researchers of the SibFU School for Economics and Commerce have investigated two species of wild rose — cinnamon rose (R. majalis Herrm) and prickly rose (R. acicularis L.) — as a source of a biologically active antioxidant complex.
05june Wormwood jelly: SibFU scientists propose enriching northerners’ diet with unusual ingredients Scientists of the School of Economics and Commerce (SibFU) proposed new options for using plant materials remaining after squeezing essential oils. The experts believe that substances extracted from Artemisia absinthium L. (wormwood), Ledum palustre L. (ledum) and Tanacetum vulgare L. (tansy) can enrich foodstuffs and increase their nutritional value.
27may Scientists devise a way to determine the viability of predicted 2D materials An international team of researchers from Russia, Sweden and South Korea has proposed a new way to test the structural stability of predicted 2D materials. The testing revealed a number of materials erroneously proposed earlier. The scholars believe that the use of the new method will further help to avoid mistakes in the development of two-dimensional nanomaterials that are in high demand in the modern world. The results were published in the international journal Physical Chemistry Chemical Physics.