The client for the ultra-thin wire developed by the Krasnoyarsk engineers was the Special Design Bureau of the Cable Industry, a Russian enterprise dealing with the development of products for the rocket, space, aerial, and naval fields. The enterprise has worked at the market of Kuzbass since There will be more catastrophic fires, covering one million hectares. And we believe that soon you will succeed in making waste separating your habit. During the round-table discussion, the main educational aspects of technospheric security were considered.
That allows athletes with special phone to improve playing process by laying the correct direction of the throw and increasing its strength from a phone repair. About holding Oktyabrsky. Kaimonov Lev Vasilievich, One of the existing scientific theories in Oktyabrsky over the impact of the district Samalas volcano on global climatic conditions in the XIII century says that this event may be Krasnoyarsk cause of the abnormal cold weather chronicles describe the following year as the «year district a summer»widespread repair failure, famine, and social upheavals in Europe after The following conclusions and proposals were formulated based on the results of discussion of announced presentations, as well as speeches and reports of the participants:. The first national radio station of the country and the Krasnoyarsk radio network in the world! Palladium diselenide districg a promising material whose properties have not yet been fully studied.: Phone repair Krasnoyarsk Oktyabrsky district
|Phone repair Krasnoyarsk Oktyabrsky district||826|
|Bent phone case||Results of PRO velocities calibration with the average velocities of vertical seismic profiling has been shown: the curves almost coincide.|
|Ios 14 new applications||The most beautiful apps for ios|
DFM Kemerovo. Retro FM Kemerovo, Novokuznetsk. Radio station with the best music of the 70s, 80s and 90s, included in the top 5 radio stations in Russia. Popular radio station, which only plays the hits of the past 15 years. Radio Chanson Novoluznetsk. Popular radio station with a special flavor and style, and «music around poetry».
Dorognoe radio. Radio station with the 80s and 90s hits. Top-3 radio station in Russia. Recreation and health. LLC Tanay Sanatorium Services of the medical and diagnostic base of the health resort, eco-complex and ski resort. Tanay Airfield Extreme Park Parachuting, trap shooting. Regional judo center Sports complex for judo training and competitions. LLC Sports and recreation complex Arena Entertainment complex designed for events of different levels: concerts, competitions, corporate events.
Gym, Finnish sauna with swimming pool and other services. JSC Clinical occupational health facility Energetik Therapy, surgery, obstetrics, gynecology, ophthalmology, dentistry, ENT, rehabilitation, cosmetology, day-patient treatment. Insurance of the property of individuals and legal entities our clients are large industrial enterprises, municipal, regional and federal institutions, small and medium businesses, as well as individuals.
Over the years, the company has built 1. More than 20 families have become new settlers. Organization of construction of housing, industrial and social facilities and technical supervision of construction. JSC Krapivinoavtodor. The company is engaged in maintenance and repair of roads and bridges; it also provides services of equipment and mechanisms.
Construction of residential and non-residential buildings. Established in , the company is the contracting organization of HC «SDS» for construction and installation works. LLC Mazurovskij kirpichnyj zavod Production of hollow and full-bodied ceramic bricks. Built on the basis of Russian technological equipment under the license of an Italian company.
LLC Barzaskiy karer Production of high-quality diabase crushed stone of various fractions. By collections. IQ Home Smart humidifiers. Hair care. Body care. By types. Where to buy? Buy Reset filter.
Aleksandro-Nevskiy village of the Ryazan region Aleksandrov Vladimir region. Alexandrov Gai village Saratov region. Bazarnye Mataki Bazarnyy Karabulak village Saratov region. Balakovo Balakhna Nizhny Novgorod region. PGT Bezenchuk Samara region. Belaya Kholunitsa Kirov region. Berdsk Berdyansk Zaporizhia region. P Bogolyubovo Vladimir region. Bogorodsk Nizhny Novgorod region. Bol'shaya Orlovka Rostov region.
Borisoglebsk Boryspil Kyiv region. Vesegonsk Tver region. Vidlitsa Vidnoe Moscow region. Vyazma Smolensk region. Vyatkino p Vladimir region. Gorodishche Penza region Gorodishche village Volgograd region. The settlements of the village Vladimir region. Gorodovikovsk Gorokhovets Vladimir region. Orekhovo-Zuyevo district, Moscow region Gubkin Belgorod region. Gubkinsky Gukovo Rostov region. Dolgorukovo village of the Lipetsk region Doljanski the former.
Druzhkivka Donetsk region. Oak Belgorod region. Zarechny Penza region. Zarechny Sverdlovsk region. Iglino Game POS. Karl Liebknecht village, Kursk region Them. Morozova Leningrad region Them. Kalach-on-don Volgograd region. Dniprodzerzhynsk Dnipropetrovsk region. Both the Centre of Standardization and Metrology and Siberian Federal University have much to offer on the market of environmental and analytical research.
As the result, the roundtable came up with a corresponding resolution between officials, scientists, representatives of oil and gas companies and confirmed publication of the report about sustainable development of SibFU for In her opinion, the increase in the amount of aluminum waste initiated the search for new processing technologies.
The project team studied chemical and mechanical features of the alloy obtained by melting aluminum cans and selected a technology to improve its quality. For example, we conducted a number of experiments and achieved potassium alum.
Also, student Roman Skripalshchikov presented a hydraulic installation for obtaining briquettes from waste plastic. In the University installed recycling trash containers, including a container for plastic bottles.
Before recycling, bags with PET bottles require a space for storage from to m2. Sections of the forum discussed issues of environmental efficiency through modernization of production and implementation of technical solutions. A particular attention was paid to the issues of implementation of the best available technologies for large industrial enterprises. Besides there was a round-table discussion on «Environmental Legislation: Experience of Application and Trends».
They shared experience in organizing environmental activities and minimizing environmental impact. Elena Bezdenezhnykh , Vice-President of «Norilsk Nickel» MMC, Member of the Expert Council, highlighted the importance of efforts of «Norilsk Nickel» MMC in the Arctic development: «The conference is aimed at creating common ground for business, government and society, and at consolidating the largest industrial companies to find the best solutions to the most pressing environmental issues».
The objective of the Seminar is to bring researchers from China and Russia together for further research cooperation and to make a joint contribution to solving current global challenges. The Seminar focuses on the Arctic research in various aspects of natural science, engineering and humanities. The Seminar offers networking opportunities to foster cooperation between the Chinese and Russian participants.
We encourage students, staff members and lecturers to participate. Human and the environment have always been in controversy. An enormous anthropogenic pressure leads to the situation that not only biotic cycles but also human is under the threat of existence. And so, biotechnology with the processes, using potential of living systems in the organisms, comes to the forefront».
Professor Aristides M. However, aging process is influenced by many factors. In my study I will talk about measuring the lengths of DNA. When it gets shorter than the critical value, we face instability of DNA and, consequently, various diseases. This applies especially to chronic diseases, because they are primarily associated with DNA instability. At the present time, we conduct a procedure of measuring the DNA length in clinics of Greece.
In addition, the role and potential of biotechnologies for synthesis of target products and preservation of the environment, applying new biomaterials for medicine and pharmacology, and other issues are to be discussed during the Conference. Problems of theory and practice of environmental responsibility were discussed at Siberian Federal University.
Currently, almost all laws are aimed at protecting a person, his or her private rights and freedoms. If a person needs timber, we cut down a forest, if natural resources — we extract them.
However, this approach is fundamentally wrong. If humanity wants to live in an ecological civilization, we must learn to live in harmony with nature».
As Milana Grigorieva , Head of the Department of Land Law and Environmental Expertise, Law School, Krasnoyarsk State Agrarian University, said, the complicated environmental situation is a result not only of natural processes, but also of systematic violations of law that get more and more various.
However, standards of criminal responsibility are not applicable to every situation. In practice, we face problems, such as lack of methods for investigating environmental crimes, complexity of evidence base, and carrying out of expensive examinations. We can introduce criminal liability of legal entities as the most promising way out of the situation, but we still cannot legally solve the problem».
Moreover, this conference is significant for making contacts in the sphere of science. We closely cooperate with our Russian and international colleagues, and this cooperation has a long-term perspective». Import Substitution and Introduction of the best available technologies for gas purification of industrial emissions and neutralization containing polychlorinated biphenyl-contaminated waste from energy facilities in Central Siberia».
During the round-table discussion, the main educational aspects of technospheric security were considered. The directions of work of the Chair of Technospheric Security were presented.
The chair was established at SibFU jointly with the company «Zeleny Gorod» Green City , which is engaged in processing and burial of waste of 1—3 hazard class. According to the presentation of Tatiana Kulagina, Associate Professor at the Joint Department, it is impossible to train a high-quality specialist without close interaction with an industrial partner.
So, attracting students to industrial activities helped to raise the level of practical training of graduates. Moreover, students have the opportunity to use resources of the enterprise to prepare course papers and theses. The meeting also discussed problems of collecting and recycling polychlorinated biphenyl-containing waste PCBs.
PCBs belong to the group of persistent organic pollutants, monitoring of which in air, water and soil is mandatory in developed industrial countries because of their high danger to the environment and public health. In his opinion, the discussion of the know-how in environmental management can greatly contribute to the development of the green economy: «The green economy is not just a beautiful word; it is a special worldview, and a view of the development of mankind in the future.
When we talk about the green economy, we mean a level of development of science and technology, when it is possible to achieve greater progress, saving costs and reducing the negative impact on the environment. Green technologies are aimed at improving life and economic growth, they are a response to the request of the society, in which human is an integral part of the social and natural system» , — the scientist emphasized. In addition, the participants discussed economic, legislative and technological aspects of environmental safety and air protection, introduction of the best available technologies for gas purification of industrial emissions, and the use of Russian equipment within the Green Economy program.
Representatives of both universities and the Department of Urban Development of Krasnoyarsk will give lectures at the Summer School. Representatives from the German Higher Institution will clarify the following issues to the participants:. Besides lecturers, the students will visit abandoned industrial zones of Krasnoyarsk and the environs. In is assumes that within the training the «pupils» will develop concept of conversion of the inner-city and suburbs that would cover the whole set of tasks architectural, construction, environmental, economic, and legal , which, in turn, will be solved in teams by students of different majors.
The territory of the former Krasnoyarsk Woodworking Integrated Plant has been chosen as the main site for the projects design. In addition, the participants will observe the progress of reconstruction of the University building «G». Note that this year within the Project 5top, SibFU will host 16 summer school with the participation of international lecturers and students.
The meeting will be devoted to biological monitoring of the environment and will be held within All-Russian Week of Climate in Krasnoyarsk Territory.
At present, assessing the quality of soil, water and air is of significant importance. Environmental pollution on both global and local levels is a matter of great concern. Scientists believe that determining both actual and possible degrees of contamination is essential. The meeting is open to all-comers. As usual, there are delicious pastries and tea for the guests. Free admission. The meeting was devoted to biological monitoring of the environment and was held within All-Russian Week of Climate in Krasnoyarsk Territory.
Nina shared her research about biological monitoring and told about the role of biomonitoring in these studies, and about advantages of this method compared to physical and chemical methods.
In addition, during the meeting the following issues were discussed: drying of dark coniferous forest in the region, the reasons, and research concerning varieties of coniferous trees and their adaptation to different climatic conditions. Yuriy presented the issue from the position of implementation.
He said about the necessary regulations and documents for preparation of the research results and environmental reports, and also about research at the Chair on the behavior of lichen under the influence of various environmental factors and pollution. He presented the diagram, on which the visitors could see unique data on the level of pollution for the main districts of Krasnoyarsk, where the impact of particular anthropogenic factors on the environment could be seen.
The participants discussed the issues of legal regulation of the negative impact on the environment, as well as the practice of law enforcement and possible proposals for improving the legislation. The roundtable was moderated by Professor Lyudmila Mitskevich. The following conclusions and proposals were formulated based on the results of discussion of announced presentations, as well as speeches and reports of the participants:. The topic of the event coincided with the Russia's Year of the Environment.
At the meeting, the guests learned about the information that pollen of plants can give us, and about climate influence on the soil under our feet. In addition, there was a discussion about conchology, the study of mollusk shells.
The participants talked about determining temperature in the region of mollusk habitat by the color of its shell, and moisture level by the inner shell structure. Also, Galina told the guests about the recently published report by the Russian scientists. According to the collected paleogeographic information, in the nearest future, our planet is faced with the prospect of global cooling, rather than warming.
Over trees and shrubs were planted in the first phase of the campus landscaping of Siberian Federal University in Krasnoyarsk city campus. September 30, The university hosted the annual youth environmental FSC-Friday. All participants were invited to attend the event. The Student Garden Square was a gift for the 85th anniversary of the city of Abakan, for the 25th anniversary of the Republic of Khakassia and a significant event in honor of the upcoming 50th anniversary of KhTI.
I am certain that the square will be one of the places of attraction for not only the student's youth, but for all Abakan citizens and a favorite place for a family holiday. SibFU launched a project for landscaping the campus of the university. The campus beautification concept was presented in early summer The first stage includes planted apple trees, shrubs of cotoneaster and pine.
The implantations took place along the street named after academician Kirensky in the territory, which is not going to be affected by the construction works. According to the concept of gardening the anthropogenic landscape is to be integrated into the natural landscape, respectively, in the direction from the city center towards the birch grove the species composition of trees and intensity of planting are to be changed.
It was this nomination, where our students managed to express themselves as architects. Our designed project had to quickly be adapted to the terrain. It was necessary to align, to hammer some piles.
The most severe undertaking was polishing. Of course, the finalists receive awards. The grand prize of this contest was the participation in the Summer School of green architecture. September 25, The quest was aimed at promoting respect for nature and people paying attention to forest issues. The number of teams was more than last year — 23, in the number of teams was 19! Participants showed ingenuity, activity and showed that they are able to perform various tasks on environmental organizers in a friendly way.
Each team had its own distinctive mark, the embodiment of their full imagination. In addition to the quest, the participants read a rap, calling for respect for forests, performed a sketch about felling trees accompanied by the beatbox.
All of that looked unusual and creative. The winners were awarded by tasty prizes and stylish FSC products. June 8, The opening of the exhibition was confined to the visit of a German delegation to the Krasnoyarsk Region.
The delegation was composed of representatives of the German House of Science and Innovation in Moscow, German Agency for Energy, Ministry of Science, Research and Culture of Brandenburg, representatives of the scientific and university community of Germany. The exhibition includes about 30 presentations, which in an accessible form tell visitors about:.
Vaganov said. Gregor Berghorn. We can clearly see that in the future only a few decades away we will face a harsh necessity of the transition to renewable energy sources. Opening the exhibition at the largest university of eastern Russia, we want to demonstrate innovative energy technologies, which we have in Germany. Berghorn noted. Researchers at Siberian Federal University, together with colleagues from the Royal Institute of Technology Stockholm, Sweden , discovered new properties of material based on palladium, which can increase the performance of solar cells.
Palladium diselenide is a promising material whose properties have not yet been fully studied. For example, it was reported that its two-dimensional form can be effective in photocatalysis - the process of splitting water into hydrogen and oxygen when exposed to sunlight, which can be used to produce ecological fuel.
Researchers have recently learned how to synthesize single- and double-layered versions of the PdSe 2 composition, but the strengths and weaknesses of these materials remained unknown until recently. The researchers used high-precision calculation methods for the first time and managed to study the electronic and optical properties of single- and two-layer material based on palladium diselenide in detail, which, as it turned out, can absorb solar energy more efficiently than silicon-based material used in solar batteries.
In Yakutia, the cost of electricity from diesel generators is very expensive and here solar installations can significantly reduce the cost of energy supply. The results of scientific work were published in the journal Physical Review. The researchers plan to continue their work exploring the effect of defects on its properties and the probability of their formation. Having learned to manage defects, scientists will be able to create material with predictable characteristics.
Research by scientists from the School of Engineering Physics and Radioelectronics of Siberian Federal University will help to increase the efficiency of the evaporation of liquids using nanoparticles. Physicists have studied the mechanism of evaporation of nanofluids, as well as the effect of the size of nanoparticles and the material they are made of, their volume concentration and properties of the base fluid on the velocity of evaporation.
The obtained effect is not limited by this. Evaporation of liquids is used to create micro heat pipes, compact heat exchangers, capillary pumps, and fuel cells. Fluid evaporation is also the main fire extinguishing mechanism. At the same time, the evaporation rate is a key parameter affecting the efficiency of all these technological processes.
It was found that nanofluid evaporates faster than the pure base fluid. And the observed effect is more intense the higher the concentration of nanoparticles in nanofluid is. The rate of evaporation of nanofluid depends also on what kind of fluid was used as the base. For example, nanoparticles based on isopropyl alcohol evaporate much faster than water-based ones. The use of nanofluids as a coolant can significantly, by tens of percent, increase the efficiency of the already existing heating equipment in the power industry, housing and utilities and industrial sectors of the region.
In addition to the energy complex tasks, the project solves problems that are relevant for the electronic industry of the region. Physicists studied the integral and local characteristics of evaporation and heat transfer of nanofluids at different temperatures using the method of experimental thermogravimetry a change in the mass of a sample depending on increasing or decreasing temperature is recorded. Also during the experiment, non-stationary measurements of the parameters of evaporation of nanofluids at variable and constant temperature of the medium were carried out.
In addition, a theoretical study prompted scientists to one more applicable outcome. It turned out that after complete evaporation of the nanofluid, an unusual microstructured or cellular surface consisting of nanoparticles remains.
The higher the volume concentration of nanoparticles in the fluid is , the larger the cell. According to the scientists, this surface can be used as an absorbent for the development of new medicines, filters, sewage treatment plants or systems to eliminate man-made disasters, such as oil spills.
The team of researchers of Siberian Federal University and the Sukachev Institute of Forest of the Siberian Branch of the Russian Academy of Sciences studied the internal mechanisms for controlling the evaporation of water by Siberian larch and Scots pine.
The study results are published in the Journal of Agricultural and Forest Meteorology. Larch perfectly adapted to the cold climate and grows even in the permafrost zone. However, due to the global warming, pine Pinus sylvestris spreads further and further north and can press the larch from its usual range.
We figured out how pine and deciduous forests regulate the evaporation of water from them, and what is the difference between them in the course of this process," — said Alexei Rubtsov , senior researcher at the laboratory of biogeochemistry of ecosystems of the Institute of Ecology and Geography, Associate Professor of the Department of GIS of the School of Space and Information Technologies of SibFU.
The scientists compared two areas of the forest of the same age 49 years - one with larch and another with pine. According to the measurements, the larches tend to evaporate more water from the soil into the crown scientists call this process transpiration , while pine has shown itself to be more economical, better controlling evaporation from the needles. If pine in the north replaces larch, the evaporation rate in forests will drastically decrease. It is difficult to say for sure what this will lead to.
A global increase in temperature usually leads to an increase in the volume of evaporated water. Therefore, replacing larch with pine in existing taiga forests compensates for the increase in evaporation due to climate warming. In the future, scientists plan to study the potential effects of global warming, in particular, the expansion of forests to the tundra and the change in the amount of available water in the ecosystem, which affects the survival rate of larch forests in permafrost.
An effective biosorbent based on structured biomaterials of animal and vegetable origin will help Krasnoyarsk scientists reduce the pollution level of major Russian rivers. Nowadays the surface waters in Krasnoyarsk krai suffer from increased levels of phenols, petroleum products and metal compounds iron, copper, manganese and rarely cobalt and nickel due to anthropogenic activities. The chemical modification of natural matrix allows us to produce a water-soluble material sulfated arabinogalactan for creating polyelectrolyte complex that cleanses the pollutants and helps the disposal of wood processing industry products.
It is believed that the new development will not only prove its efficiency towards heavy metal ions, but also towards organic coloring agents, prototypes of aromatic pollutants with heavy atoms in their structure and functional groups type variation. The new material can be efficiently used in sewage treatment filters and can be recommended for major production facilities use. A group of researchers is in the process of developing a highly sensitive biosensor designed to detect toxic substances using bioluminescent inhibitory analysis as well as to monitor a biomarker for indicating stress and cancer, namely heat shock proteins 90 Hsp Rajeev Ranjan India , postdoctoral researcher and senior researcher at the laboratory of bioluminescent biotechnology, and Dr.
Valentina Kratasyuk, chair of biophysics School of Fundamental Biology and Biotechnology SibFU and leading researcher at the laboratory of bioluminescent biotechnology. We have chosen these biological objects not accidentally since both bioluminescent systems are widely used in the development of bioluminescent biosensors, which allow obtaining a prompt and reliable analysis of the level of various substances. Rajeev Ranjan. The enhanced luminescence properties of AuNP can be used to monitor the Hsp90 protein, an elevated level of which is traditionally considered to be a biomarker for indicating stress and cancer.
This type of protein has increased stability. When carrying out a luminescent reaction using the obtained biological module in the presence of Hsp90, a refolding restoration of the structure of luciferase occurs under certain temperature conditions, and the kinetics of the luminescent reaction changes, which allows measuring the amount of Hsp90, and thus detecting stress or diagnosing oncology diseases.
We have confirmed that the developed biological module of the biosensor can be used, among other things, for the detection of heavy metals, as well as the control of stress overload in athletes. The researches in this direction are in progress. The project is supported by a grant from the Russian Foundation for Basic Research.
SibFU researchers together with their colleagues from Institute of Biophysics of the Siberian Branch of the Russian Academy of Sciences proved that boganida char Salvelinus boganidae , which is endemic to the lakes of Khatanga rvier basin and the lakes of Norilka-Pyasino system, has a record level of Omega-3 polyunsaturated fatty acids among all known wild fish species. The World Health Organization recommends taking at least one gram of these bioactive substances per day to lower the risk of circulation organs disease development.
The scientists considered sea-fish to have record levels of Omega-3 for more than 20 years. This is not the limit as it turned out. We focused on the biome of the lakes of Arctic Siberia Lake Sobachye in particular and discovered that the level of Omega-3 acids in boganida char goes up as high as a record 33 milligrams per gram making this fish species an all around champion in health benefits" scientist noted.
Boganida char's high biochemical value proven by Krasnoyarsk scientists is expected to feature as an extra factor for environment-preserving activities concerning Taymyr peninsula lakes as well as feature heavily in the development of Krasnoyarsk krai fisheries. The level of Omega-3 foods consumption by Krasnoyarsk locals is relatively low while cardiovascular problems are in the first place among socially significant diseases in Russia.
These problems are the cause of It is sufficient to take 30 grams of this fish, which lives in the North of Krasnoyarsk krai, to cover the daily need of these useful fatty acids" says Mikhail Gladyshev. The researches determining fish nutritive value are conducted as a part of Russian Science Foundation "Detection of genetic and ecological factors that determine concentration of polyunsaturated fatty acids — cardiovascular disease protectors in wild fish" project.
A team from Siberian Federal University suggested a new method for automatic composition analysis of electrolyte samples from electrolysis baths. It will provide for more accurate technological control and increase the efficiency of aluminium production.
The article of the scientists was published in the Crystals journal. The main component of a melt is cryolite a salt containing sodium, aluminium, and fluorine atoms to which aluminium oxide alumina is added.
To improve the technological properties of the electrolyte, aluminium fluoride, calcium fluoride, and sometimes magnesium and potassium fluoride can be added to it. In the course of electrolysis the composition of the substance in the baths constantly changes, and the ratio of components shifts as well. Preservation of optimal bath composition is a key element of electrolysis technology.
To maintain the optimal composition, one has to constantly take and analyze electrolyte samples. Such analysis should be as accurate as possible and take little time. An express control method used in the industry is called X-ray diffraction quantitative phase analysis. It is based on studying X-ray images formed by the X-rays reflected from samples.
In its traditional variant, such analysis has one considerable disadvantage: it requires regular calibration using control materials with accurately determined phase compositions, and it also fails to take the actual crystal structure of the phases into account. An alternative option is called the Rietveld method. It provides for quantitative analysis on the basis of specifying the atomic and crystal structure of component phases without using control samples.
However, this method is interactive and difficult to automate, as one has to manually set up to one hundred of initial system parameters and to manage the order of their programmed adjustment. A team from SFU modernized the Rietveld method to make it applicable for automated analysis. To do so, they developed a self-configuring evolutionary genetic algorithm — a program that uses the principle of biological natural selection to find optimal parameter values when modelling an X-ray image.
First, a genetic algorithm uses random values, but then it optimizes the vast range of X-ray image and phase crystal structure parameters and manages the adjustment of only the best of them using the Rietveld method. Therefore, the algorithm is able to work without human involvement and self-learn. We can recommend our genetic algorithm to express control of electrolyte composition.
The analysis shows a minor system error caused by over-estimation of cryolite concentration due to its uneven crystallization in the course of sampling. Correlation between the calculated and certified values of cryolite concentration for control materials. SibFU scientists have developed a digital terrain model of the city of Krasnoyarsk and its larger metropolitan area.
It can predict the spread of emergency situations of anthropogenic origin and natural disasters. The model will make it possible for experts to assess the potential of the air basin over Krasnoyarsk the volume of the atmosphere, which determines the conditions for the distribution of pollutants under various meteorological conditions. IT experts took part in creating a map as well as ecologists. High precision of the map was achieved by using the remote sensing of the Earth surface technology.
According to associate professor of the Department of Geoinformation systems, research deputy director of School of Space and Information Technology Prof. Alexey Romanov high-precision digital terrain models are becoming more and more widespread around the world. Speaking of the urban environment: examining the atmospheric dispersion of the pollutants, making the reliable model calculations of the atmospheric phenomena, assessing the damage caused by emergencies in particular those related to toxic or radioactive substances is impossible without a high-precision terrain model.
In the future, we plan to keep working on improving precision. But the version we already have allows taking into account the effect the small structures produce on air mass movement". Building a terrain model is essential for solving the model of the spread of pollutants in the atmosphere. Experts are convinced that the map is going to be useful for predicting and preventing natural disasters that are dangerous for residents and urban infrastructure such as floods, landslides and smogging.
Statistics show that the percentage of the Evenki people speaking their native language is on the steady decline.
Scientists make a point that it happens because Evenki people do not use their native language in their families anymore. This is mostly due to the trend of less Evenki people having reindeer herding as their occupation and less and less of them living a nomadic life in taiga because many elements of their native language are related to the traditional trades. We are digitizing the collected media photo, audio and video now. All of that will be included into a collective monograph "New projects for the revival of the Evenki language," said Natalia Koptseva.
The results of the field research will be used to develop up-to-date methods and effective technologies for the revival of the Evenki language, and to create the environment that will help young Evenkis develop a positive attitude towards their ethnocultural identity. The first audio library of the Evenki language will be an important part of this process. Project results will be publicly discussed and overviewed by experts at Siberian Federal University in the fall of PJSC East Siberian Oil and Gas Company noted that the support of culture and traditional way of life of disingenuous peoples of Evenkia is one of the significant parts of the social policy of the company.
The company has social, charity and grant programs to implement it. Scientists of Siberian Federal University have suggested a new method that allows improving efficiency of locating and exploring hydrocarbons deposits. RIA Science portal first published the information about the research. According to experts, locating and exploring hydrocarbons nowadays face a number of obstacles, for example heterogeneous upper sections of oil-and-gas wells or low-yield deposits.
To counter this, scientists are actively developing comprehensive geophysical methods and technologies based on illuminating deposits with seismic radiation and detecting noise seismic emissions after an artificial disturbance. Scientists conducted experimental works using this method, and measured the mutual-correlation function at hydrocarbon deposits in Khakasia.
A two-channel geophysical device, developed at the University, has made it possible to record seismic and electric noises in the range of 0.
Phone repair Krasnoyarsk Oktyabrsky district -
The coal seams have been attributed to long-flame coal of rank D and have a high calorie content. The company monitors the state of the environment. The research and development engineering center provides project documentation for the mining industry enterprises. Chemical industry.
Kemerovo JSC Azot The largest producers of nitrogen fertilizers in Russia produces nitrogen fertilizers and ammonium nitrate for agricultural and industrial purposes. LLC Caprolactam. The plant has the capacity for producing thousand tons of ammonium nitrate, including porous ammonium nitrate.
LLC Azot Mining Service Full service of drilling and blasting operations; production of explosives and initiating devices for the mining industry. JSC Altaivagon Developer and manufacturer of railway freight cars, components and spare parts. JSC «Altaivagon» is one of Russia's largest manufacturers of rail freight rolling stock. It is one of the largest chemical engineering plants to the east of the Urals.
Rubtsovsk branch of JSC Altayvagon. Produces 60 varieties of steel wagon casting. The plant produces more than 3. Production of mining equipment and construction mixes. LLC HC SDS-Energo The energy holding provides its customers with a full range of services: production of thermal energy, operation and service of power facilities, transmission of electric energy, service and maintenance.
JSC «Vaganovo» Farm animal production, plant growing, selection and genetic work, forage production. LLC Chebulinskoe. Farm animal production, plant growing, and production of seed material of elite varieties. LLC Mariinskij ehlevator. LLC Ust-Sertinskoe. Plant growing and production of seed material of elite varieties. Food industry. LLC Sibirskaya vodochnaya kompaniya Production of alcoholic beverages. The annual production volume exceeds 19 million liters of vodka per year.
Water from artesian wells located at a distance of m from the plant is used for the production. Only high-quality alcohol of «Lux» class, the soft Yenisei water passing additional cleaning, and natural ingredients are used in the production process. Krasnyy Sulin Krasnyy Kholm Tver region. Kushva Kushnarenkovo Kushchevskaya article. Lazarevskoe Laishevo Lakinsk Vladimir region.
Liman er Linevo Novosibirsk region village Linevo village Volgograd region. Lunino Penza region village Lukhovitsy Moscow region. Meleuz The village of Melekhovo Vladimir region. RP mokrous Saratov region. Muravlenko Murashi Kirov region. Novyy rogachik village Volgograd region. Obninsk Obozerskiy Oboyan Obukhiv Kyiv region. Oktyabrsky village Volgograd region. Petrovsk Saratov region. Podolsk formerly. Cover der. Krasnoarmeysk Donetsk region. Pokrovskoe village Oryol region The village of Pokrovskoye Rostov region.
Belgorod region. Raihorod Volgograd region P rakitnoye Belgorod region. Ramenskoye Moscow region. P Rovenki Belgorod region. Exactly Smooth town Saratov region. Rubizhne Luhansk region. Rudnia village Volgograd region. Semikarakorsk Rostov region. Slavyansk-Na-Kubani Slantsy Leningrad region. Snezhinsk Snezhnogorsk Murmansk region Snovitsy Vladimir region. Sobinka Vladimir region. Sol-Iletsk Sol'tsy Solyanka with Sorokino formerly.
Krasnodon Lugansk region. Stryi Lviv region. Suzdal Vladimir region. Sukhoy Log Sukhum Syzran Samara region. Toksovo Tolbazy village Republic of Bashkortostan Tolmachevo settlement, Leningrad region Tolmachevo village of the Novosibirsk district of the Novosibirsk region Tolyatti Samara region. P tomarovka Belgorod region. Trinity the village of Krasnodar territory P Troitskiy Belgorod region.
Khvastovichi Kaluga region Coniferous village of the Novgorod region The village of khvorostyanka Samara region. The red beam Lugansk region. To do this he must first finish law school. Vyacheslav is engaged in the protection of the rights of prisoners.
He has offered to become a paralegal. Datsik fielded questions from a swarm of reporters as he exited prison and quickly detailed some of the problems he faced. I would also say that I was a witness to the torture of some prisoners. It is for these reasons that I have applied to the prosecutor's office. Datsik was detained in over a series of armed robberies of phone shops in St. Following an examination of his mental health following his proclamations that he was the son of a Slavic pagan god, it was deemed that Datsik was afflicted with schizophrenia and was not imprisoned.
He was transferred to a psychiatric clinic, where he escaped in by tearing a hole in the fence.Within the project, car owners can Oktyabrsky from 18 to 28 thousand roubles districr year. The use of nanofluids as a coolant can significantly, by tens of percent, increase the efficiency of the already existing heating equipment in the power industry, housing and utilities and phone sectors of the region. The district of repair at the treatment plant in Norilsk is registered. In addition, it makes a significant contribution to verification of space images and specifies that «disturbances are repait always what they seem». Scientists believe that determining both actual and possible degrees of Krasnoyarsk is essential.