Prewar Peterhoff: museum mission and state ideology
In: Vestnik of Saint Petersburg University. History, Band 61, Heft 4, S. 124-141
ISSN: 2541-9390
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In: Vestnik of Saint Petersburg University. History, Band 61, Heft 4, S. 124-141
ISSN: 2541-9390
In: Vestnik of Saint Petersburg University. History, Band 63, Heft 2, S. 416-431
ISSN: 2541-9390
In: Moscow University Bulletin. Series 4. Geology, Heft 5, S. 16-23
The complex tectonic structure of the Okhotsk Sea shelf and high geodynamic activity makes it necessary to use of geomechanical modeling for the prediction of the secondary reservoir properties of collectors. 3D model of fractured porosity and permeability for Kirinskoye, Ayashsky and East-Odoptinsky license areas was built. The results of modeling revealed filtration channels where can occur both vertical and horizontal migration of hydrocarbons. It is found that the secondary permeability significantly is different of the upper and lower stratigraphic horizons and the okobykayskaya clay stratum is the surface, which is a regional tire. All calculations were performed on a 3D grid geological model, which allows using the data for hydrodynamic modeling.
In: Materials and design, Band 160, S. 964-973
ISSN: 1873-4197
In: Revista de Investigaciones Universidad del Quindío, Band 34, Heft S3, S. 244-255
ISSN: 2500-5782
The paper attempts to analyze the role and importance of law in the development of the digital economy, as well as enforcement and incentive measures. This is a descriptive study, and an overview of the most important normative acts regulating the development of the digital economy in Russia is given. Various aspects of the reverse impact of the digital economy on the law itself are considered. The conclusion is made that many risks and dangers are exaggerated, but there are also real threats to the harmonious development of society, including technocratism, mechanisticism, transhumanism, the destruction of traditional values, the transformation of justice into an algorithm, and information extremism.
In: Revista de Investigaciones Universidad del Quindío, Band 34, Heft S3, S. 222-231
ISSN: 2500-5782
Agrochemical science and progressive practice have developed requirements for sowing crops and, in particular, grain. They will place the seeds in a moisture-proof layer to a predetermined depth on the prepared bed. This study aims to investigate designing a combined colter for exemplary sowing of cereals. To that end, to avoid these shortcomings in the technology of grain crops sowing, a technical solution in the form of sowing sections is proposed. Based on the results, the principal amount of fertilizers should be applied locally, in the soil near the seeds, below the sowing level by 3...7 cm. The soil above the seeds should be compacted with a density of 1.15...1.25 g/cm3. Analysis of the designs of grain seeders and the proposed technical solutions for the combined sowing showed that there are no devices that meet all the requirements. It provides loosening of the soil in the area of fertilizer and seed placement, sows fertilizer to the bottom of the furrow, covers it with soil, forms a compacted bed under the seeds, sows the seeds on the compacted bed, covers them with soil and compacts it over the seeds.