СНИЖЕНИЕ ДИФФУЗНОЙ НАГРУЗКИ НА ВОДНЫЕ ОБЪЕКТЫ: ИСХОДНЫЕ ТРЕБОВАНИЯ НА РАЗРАБОТКУ ТЕХНОЛОГИЧЕСКОГО ПРОЦЕССА

Author(s):  
I.I. Kontorovitch

Цель исследований сформулировать совокупность требований к разработке системы утилизации диффузного стока с орошаемых земель, которую предлагается рассматривать как технологический процесс, реализуемый в пределах намеченного интервала времени и обеспечивающий с помощью комплекса технический и техно-природных объектов выполнение в необходимом наборе и комбинации следующих операций: транспортирование, аккумуляция, обработка и использование собственно диффузного стока, а также продуктов его обработки. Методологической основой исследований является системный подход в плане взаимосвязи разрабатываемых исходных требований с компонентами технологического процесса, которые выражаются при помощи категорийно-понятийного инварианта. В процессе исследований определены назначение и цели системы утилизации диффузного стока, представлены основные термины, описывающие данный процесс, а также их определения. В результате системного анализа процесса утилизации диффузного стока с орошаемых земель были установлены исходные требования к созданию системы утилизации диффузного стока, включающие девять компонентов технологического процесса, выраженных посредством следующих научных категорий: персонал, ресурсы, среда, управление, информация, модель, время, продукт.The aim of the research is to formulate a set of requirements for the development of a system for utilizing diffuse runoff from irrigated land, which is proposed to be considered as a technological process implemented within the intended time interval and ensuring, using a complex of technical and techno-natural objects, the necessary set and combination of the following operations: transportation, accumulation, processing and use of diffuse runoff itself, as well as its treatment products. The methodological basis of the research is a systematic approach in terms of the relationship of the developed initial requirements with the components of the technological process, which are expressed using the category-conceptual invariant. In the process of research, the purpose and goals of the diffuse drainage disposal system are determined, the basic terms describing this process are presented, as well as their definitions. As a result of a systematic analysis of the process of utilizing diffuse runoff from irrigated lands, the initial requirements were established for the creation of a system for utilizing diffuse runoff, which includes nine components of the technological process expressed through the following scientific categories: personnel, resources, environment, management, information, model, time, product.

Author(s):  
Ghazali Syamni

This paper examines the relationship of behavior trading investor using data detailed transaction history-corporate edition demand and order history in Indonesia Stock Exchange during period of March, April and May 2005. Peculiarly, behavior placing of investor order at trading volume. The result of this paper indicates that trading volume order pattern to have pattern U shape. The pattern happened that investors have strong desires to places order at the opening and close of compared to in trading periods. While the largest orders are of market at the opening indicates that investor is more conservatively when opening, where many orders when opening has not happened transaction to match. In placing order both of investor does similar strategy. By definition, informed investors’ orders more large than uninformed investors. If comparison of order examined hence both investors behavior relatively changes over time. But, statistically shows there is not ratio significant. This implies behavior trading of informed investors and uninformed investors stable relative over time. The result from regression analysis indicates that informed investors to correlate at trading volume in all time intervals, but not all uninformed investors correlates in every time interval. This imply investor order inform is more can explain trading volume pattern compared to uninformed investor order in Indonesia Stock Exchange. Finally, result of regression also finds that order status match has greater role determines trading volume pattern intraday especially informed buy match and informed sale match. While amend, open and withdraw unable to have role to determine intraday trading volume pattern.


Complexity ◽  
2020 ◽  
Vol 2020 ◽  
pp. 1-14
Author(s):  
Hui Teng ◽  
Yukun Ma ◽  
Di Teng

Studying drug relationships can provide deeper information for the construction and maintenance of biomedical databases and provide more important references for disease treatment and drug development. The research model has expanded from the previous focus on a certain drug to the systematic analysis of the pharmaceutical network formed between drugs. Network model is suitable for the study of the nonlinear relationship of the pharmaceutical relationship by modeling the data learning. Association rule mining is used to find the potential correlations between the various sets of massive data. Therefore, based on the network model, this research proposed an algorithm for drug interaction under improved association rules, which achieved accurate analysis and decision-making of drug relationship. Meanwhile, this research applied the established association rule algorithm to discuss the relationship between Chinese medicine and mental illness medicine and conducted the algorithm research and simulation analysis of the association relationship. The results showed the association rule algorithm based on the network model constructed was better than other association algorithms. It had reliability and superiority in decision-making in improving the drug-drug relationship. It also promoted the rational use of medicines and played a guiding role in pharmaceutical research. This provides scientific research personnel with research basis and research ideas for disease-related diagnosis.


Author(s):  
Caio Sousa ◽  
Luciana Soares Silva

Purpose This study aims to propose a framework based on the main theoretical and empirical contributions present in the literature and articulate the main paths for future studies in knowledge-intensive entrepreneurship (KIE). Design/methodology/approach Using the systematic review method from a survey of 85 articles, related to the KIE focal issue, originated from the Web of Science, it was possible to exhaustively analyze the studies and to divide the theme into key categories. Findings The present research has raised the relationship of five categories to KIE conceptualizations; the data suggest that although the literature indicates a distancing from KIE research, there are multidisciplinary themes and approaches interlinked in the studies. Originality/value The systematic approach in the main theoretical and empirical contributions in KIE enabled us to relate five categories (entrepreneurs, innovation, internationalization, location and triple alliance), and finally, to understand the gaps suggested by the researchers.


Sci ◽  
2020 ◽  
Vol 2 (4) ◽  
pp. 77
Author(s):  
Demetris Koutsoyiannis ◽  
Zbigniew Kundzewicz

It is common knowledge that increasing CO2 concentration plays a major role in enhancement of the greenhouse effect and contributes to global warming. The purpose of this study is to complement the conventional and established theory that increased CO2 concentration due to human emissions causes an increase of temperature, by considering the reverse causality. Since increased temperature causes an increase in CO2 concentration, the relationship of atmospheric CO2 and temperature may qualify as belonging to the category of “hen-or-egg” problems, where it is not always clear which of two interrelated events is the cause and which the effect. We examine the relationship of global temperature and atmospheric carbon dioxide concentration at the monthly time step, covering the time interval 1980–2019, in which reliable instrumental measurements are available. While both causality directions exist, the results of our study support the hypothesis that the dominant direction is T → CO2. Changes in CO2 follow changes in T by about six months on a monthly scale, or about one year on an annual scale. We attempt to interpret this mechanism by involving biochemical reactions, as at higher temperatures soil respiration, and hence CO2 emission, are increasing.


1949 ◽  
Vol 89 (5) ◽  
pp. 529-539 ◽  
Author(s):  
Howard A. Schneider

The double strain inoculation (DSI) method of testing for natural resistance to infection has been examined in the instance of mouse salmonellosis. The DSI method has been found capable of detecting differences in natural resistance due to genetic as well as nutritional causes. A difference in response to Salmonella infection was found for the first time between the two "susceptible" inbred mouse strains, BSVR and BSVS. Whereas BSVS mice for the most part survived an intraperitoneal injection of 103 "avirulent" S. typhimurium, BSVR mice all succumbed. The relationship of the DSI test to the usual single infection test has been discussed and it is suggested that such single infection tests are special cases of the DSI test, since they involve a heterogeneous bacterial population which can be considered as a mixture of cultures of differing virulence and in which, by a single injection, the usual time interval between the two injections of the DSI method has been reduced to 0.


2021 ◽  
Vol 1 (6 (344)) ◽  
pp. 207-223
Author(s):  
Olena Bielova ◽  

The research provides a theoretical analysis of the problem of studying the ontogenesis of speech from birth to school age. The purpose of the research is to provide a theoretical justification for the ontogenesis of speech as the methodological basis for speech development. Research methods: analysis of scientific sources. Research objectives: theoretical analysis of scientific theories on the knowledge of the terms «language» and «speech»; substantiation of the term «ontogenesis» and terms such as «speech ontogenesis», «children’s speech ontogenesis», «speech development»; study of psycholinguistic concepts of speech ontogenesis; to reveal the phenomenology of the theory of speech activity in the scientific space; coverage, based on scientific theories, of stages of a child’s ontogenetic development from birth to school age; consider scientific teachings on the relationship of speech to other mental processes. Based on scientific and theoretical research, the meaning of the concepts «language» and «speech» was revealed; understanding of the term «ontogenesis» and terms such as «speech ontogenesis», «child speech ontogenesis», «speech development»; the search can help to acquaint with various scientific positions that shed light on the ontogenesis of speech development: nativism (genetic programming of speech development), activity speech theory (speech acquires a kind of activity, motivation, heuristics and it is socially and objectively conditioned) and cognitive development (the relationship of speech with cognitive mental processes); it was described the phenomenology of the theory of speech activity, which includes the leading elements: motive, purpose, tasks, conditions, actions, operations, means of execution; the stages of ontogenesis of children’s speech are revealed (infant, early, preschool and school-age); the close relationship of speech with mental processes are determined. Studying the conceptual foundations of speech ontogenesis will allow us to further understand the problem of speech readiness for the schooling of children with speech pathology.


2021 ◽  
Vol 6 (9(59)) ◽  
pp. 23-26
Author(s):  
T.B. Abykeeva-Sultanalieva

This article examines the views of the modern Kyrgyz philosophers of the problem of the relationship of man to nature by the ancient Kyrgyz. Conducting a philosophical reflection on the idea of sustainable development in the views of Kyrgyz philosophers can become a fundamental basis for the development of a national strategy for sustainable development of Kyrgyzstan in the context of globalization. Extracting the philosophical ideas of Kyrgyz thinkers can serve as a methodological basis for solving the problem of the coexistence of the existence of nature and society in Kyrgyzstan in modern conditions.


2021 ◽  
Vol 1 (25) ◽  
pp. 140-149
Author(s):  
G.G. Parkhomenko ◽  
◽  
S.I. Kambulov ◽  
I.V. Bozhko ◽  
◽  
...  

Choosing rational design parameters of the coupling device for multi-section aggregation of seeders, it is possible to ensure full loading of the power unit while maintaining quality indicators of the technological process at a sufficiently high level. Foreign aggregates are not suitable for use in the Russian Federation due to the different soil and climatic conditions. Purpose of the study: to develop an effective device for multi-section aggregation suitable for domestic modern seeding machines. Subject of the research: the relationship of design parameters and modes of operation of the device for multi-section aggregation of seeders with indicators of the technological process of sowing. A monographic survey of known structures has been carried out, a device for multi-section aggregation of seeding machines has been substantiated by the design and construction method, indicators of the technological process of sowing have been experimentally obtained. The developed coupling device for multi-section aggregation consists of a central frame resting on the wheels and articulated side sections: left and right, which fold when transporting the seeding unit. The total working width of the seeding unit is up to 12.5 meters. According to the research results, the quality of the technological process by the seeding devices meets the regulatory requirements. The instability of the total seeding (0.6–1.1 % for barley and 0.4–0.7 % for wheat) is within the tolerance (up to 3 percent); uneven seeding between devices 3.9–4.2 percent (barley) and 2.6–4.2 percent (wheat) corresponds to the norm (up to 5 percent). The number of seeds embedded at a predetermined depth of the soil corresponds to the required (not less than 80 percent) and was 81.8–83.9 percent for barley and 80.1–83.3 percent for wheat. Not embedded seeds were found in the soil.


Author(s):  
Iryna Barna

Environmental impact assessment as a tool to prevent the negative impact of economic objects was initiated in response to the challenges that arose in the «nature-society-economy» system (NSES). Today, the interaction of society and nature is manifested through the economy, in particular, in construction, reconstruction, technical retrofitting, expansion, redevelopment of various economic facilities, which is inevitably accompanied by changes in parameters, qualitative and quantitative characteristics of the environment. Afterwards, it could potentially cause damage to the environment. This makes environmental safety, environmental protection, rational use and reproduction of natural resources necessary. Understanding the system as interconnected components that acquire the characteristics of the whole, as opposed to a set of components, determines the need to consider the environmental consequences of the activity from the perspective of the system, which is formed on the basis of natural resource potential. Consideration of issues related to the process of economic activity, the peculiarities of the functioning of economic facilities from the standpoint of the prospects of socio-economic development of the region, country or through the prism of economic indicators was disadvantageous. Economic indicators served as a basis for the analysis of the relationship in the «society-economy» system and were assessed at the level of meeting the needs of the population through the category of demand and efficiency of the factory that provided supply. However, the environmental aspects of the factories' activities were removed from the equation, especially in the absence of legislative regulation of the decision-making processes on economic activities that may have a significant impact on the environment, taking into account governmental, public and private interests. Systematic analysis as a category is reflected and applied in science, economics, management (when making decisions based on the fundamental concept of «system»). The founder of the general theory of systems K.L.von Bertalanffy defined a «system» as a set of interacting elements that are in a certain relationship between themselves and the external environment. The interaction between the system and the external environment is realized through input and output streams, which combine nature, society and economy (production, economics). Thus, systematic analysis in the process of environmental impact assessment is a set of methods, means of implementing a systematicatic approach in the preparation and justification of decisions on the implementation of planned activities. Today, systematic analysis most fully determines the activities of authorized government authorities. EIA department employees of regional administrations analyze project materials for compliance with the requirements of the latest environmental legislation and thus ensure compliance with the commitments of the state regarding «nature» and «society». To this end, the Law of Ukraine on EIA also provides for public participation, which can influence decision-making through comments and suggestions on planned activities. To implement a systematic approach in the NSES EIA employees of regional administrations analyze project materials from the standpoint of balance of environmental and economic interests, so only on the basis of systematic analysis decisions can be made on the introduction of planned activities that will ensure the implementation of the goal of environmental impact assessment. Economic agents are less likely to implement a systematic analysis of the planned project for many reasons. This state of affairs is the result of consideration of the project by the economic agents at the level of the «economy» component outside the NSES. The project of the planned activity pursues private economical interests which can even be in a fairway of programs of regional social and economic development of the region, but at the same time neglects balance of economic and ecological interests. The latter provides for the minimization of damage to the environment, the rational use of natural resources of the territory during the implementation of planned activities, which requires consideration of the relationship between the economy and nature in the NSES. Environmental interest also includes the need to ensure a safe environment for living and health while carrying out the activities. Key words: environmental impact assessment, planned activity, system, systematic approach, systematic analysis.


2017 ◽  
Vol 5 (3) ◽  
pp. 272
Author(s):  
Jordi Morell Rovira

The article explores the relationship of the person with the hole through both literal and metaphorical situations. On the one hand, it points up the body in seclusion and suspended in a time interval, as in the case of the accident at the mine in San José (Chile) or works by artists like J. Wall, G. Schneider or R. Ondák. In this way, opposed feelings evoke the experiences of waiting and/or punishment, which are explanatory of a confined body or a hole. Literature, cinema and art deal with these events from multiple aspects, which become existential allegories about the individual. On the other hand, the act of digging gains prominence as a symbol of work, but also of the absurd. Recalling the ambivalence that may suggest a person making a hole, this article carries out a drift through works by artists of different generations and contexts, such as C. Burden, M. Heizer, F. Miralles, Geliti, S. Sierra, F. Alÿs, M. Salum, X. Ristol or N. Güell. A series of clearly performative or conceptual works, where the act of digging, drilling, burying or unburying become common practices that show the diversity of meanings and intentions.


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