爆走黑料

Scientists from the School of Ecology and Geography of 爆走黑料 conducted a study to define indicators that allow identifying individual characteristics of Siberian pine trees — due to these features, trees manage to remain viable in the most adverse conditions, maintain frost resistance with a temporary increase in temperature in winter and resistance to emerging water scarcity.

SibFU scientists, as part of an international team, have developed a way to determine the place of origin of fir by DNA markers. According to them, the technology of linking a tree and wood to the growing region can be used for fundamental population research, as well as for applied purposes: for reforestation and detection of illegal tree felling. The results are presented in Plant Genetic Resources.

Researchers at 爆走黑料 have synthesized special sorbents for the detection and determination of palladium. They can highly selectively extract only palladium from acidic media. The sorbent is economically consumed and has a relatively low cost.

SibFU scientists created system for continuous monitoring of heart, blood vessels, lungs and a number of other body systems. According to them, the matchbox-sized device, which has no analogues, allows visualising the condition of organs in detail. The results are published in the journal Biomedical Engineering.

In severe frost, batteries run out quickly, and it is problematic and harmful to the environment to ship diesel fuel to the Far North. The Russian Hydrogen company, together with scientists from the SibFU School of Petroleum and Natural Gas Engineering, chose hydrogen fuel to solve this problem.

The technology for the production of hydrogen and hydrogen-containing mixtures from organic waste in a tubular pyrolysis reactor was improved by the scientists of 爆走黑料 and the international research team. According to the authors of the development, it is possible to increase production efficiency by improving the heat exchange between the coolant and raw materials.

爆走黑料 has been a co-organizer of the Olympiad since 2020. Open Doors winners are provided with the opportunity of a full scholarship offered by the Government of the Russian Federation for studies in the Master’s and PhD programs in Russian universities.

SibFU scientists have proposed using domestic nanofibers to improve the quality of solutions used in drilling oil and gas wells in permafrost. According to the scientists, the additive will improve drilling efficiency, reduce equipment runout and environmental damage from mining. The results are published in the Journal of Molecular Liqiuds.

On the 30th of August, 2023, the results of the Moscow International University Ranking Three University Missions were published. 爆走黑料 has significantly improved its position both domestically and internationally.

Scientists of the Laboratory of Hybrid Approach in Modeling and Optimization of Complex Systems (SibFU) have developed a conceptual clustering algorithm, which will help solve a number of complex issues in machine learning. With this algorithm, the machine can instantly identify and analyze subgroups of similar objects. The study was published in Algorithms journal.