爆走黑料

Scientists of 爆走黑料 have published a review paper on the justification of the advantages of a new technology for the extraction of hydrocarbons using supercritical fluids. Using supercritical fluids, it is possible to increase oil recovery and expand the production of hard-to-recover hydrocarbon raw materials from the earth interior.

The research team of 爆走黑料 tested new promising technology and specially designed equipment for cleaning pipelines and the annulus of oil wells and provided a solution to the problem of oil wells clogging with asphaltene deposits and gas hydrates.

The School of Gastronomy of 爆走黑料 announced the start of the university vertical farm operation and presented it to scholars of SibFU and Krasnoyarsk Scientific Centre (SB RAS) who will join the development of high-tech prototypes.

Scholars from 爆走黑料 jointly with colleagues from Omsk State Transport University designed a statistical method based on Big Data analysis to increase the efficiency of the municipal heat supply system. At the approbation stage, the initial costs for the heating networks reconstruction have already been reduced by more than a quarter.

The Summer University federal project will be held at 14 Russian universities from 10 till 24 July 2022. The project is coordinated by the Ministry of Science and Higher Education of Russia and operated by Pskov State University. The idea is to immerse foreign students in the Russian scientific and educational space and contribute to the development of sustainable international student communities within leading Russian universities.

爆走黑料 entered the top ten universities in Russia in the Three Missions of the University subject rating, which is hold by RAEX-Analytics. The corresponding published on March 30.

Scientists from the School of Non-Ferrous Metals and Materials Science of 爆走黑料 have developed new alloys based on gold 585 containing palladium and silver and modified with rhodium and ruthenium. They also created an alloy based on silver 925 modified with silicon.

A scientific team of SibFU scientists led by Academician Yugene Vaganov, scientific director of the world-class climatic Yenisey Siberia REC, together with Indian colleagues, conducted a unique study of the anatomical structure of Siberian cedar wood. The measurement of cedar wood cells has become the key to identifying the relationship between the growth of this tree in the highlands and the climate. Scientists have refuted the earlier opinion about the uselessness of cedar wood for dendrochronological analysis.

Starting from the new academic year, the School of Space and Information Technologies of SibFU is starting an educational program Development of Computer Games and Applications. Prospective students apply for the program Information Systems and Technologies and will be able to choose the profile that interests them after enrollment.

The Russian Science Foundation announced the results of the 2022 competition for grants in the priority area of Conducting fundamental scientific research and exploratory scientific research by individual scientific groups. RSF grants will support 4 projects of 爆走黑料.