bluuebunny/crossref_metadata_2025_split huggingface dataset:
RETRACTED: Labor protection of operators and workers at a machine-building enterprise
Authors: Gaponov V , Kuznecov D , Dudnik V , Kireeva V , Litvinov A 
Published: December 2020

Abstract
Improving working conditions also yields economic results: an increase in profits (due to an increase in labor productivity); reduction of costs associated with compensation for work with harmful and difficult working conditions; reduction of losses associated with injuries, occupational morbidity; decrease in staff turnover, etc. The main document in the normative and technical documentation is the normative act “Occupational safety standards system”.
Industrial injuries at the enterprise
Authors: Merenkova N , Molev M , Kovaleva A , Chertov Yu , Kobzev K , Kobzeva N 
Published: December 2020

Abstract
Labor protection is a system of ensuring the safety of life and health of workers in the process of work, including legal, socio-economic, sanitary and hygienic, psychophysical, treatment and prophylactic, rehabilitation and other measures. The functions of labor protection are the study of sanitation and occupational hygiene, the implementation of measures to reduce the influence of harmful factors on the body of workers in the process of work. The main method of labor protection is the use of safety measures. At the same time, two main tasks are solved: the creation of machines and tools, when working with which the danger to humans is excluded, and the development of special protective equipment that ensures human safety in the labor process, as well as training workers in safe working practices and the use of protective equipment, conditions are created for safe work.
Analysis of the noise load from the manufacturing enterprise on the territory of residential buildings based on complex mathematical model
Authors: Bogdanova I , Dymnikova O , Loskutnikova I 
Published: December 2020

Abstract
Noise is known to be one of the most common negative factors that can have detrimental effect on human and the environment. In the article the expected noise load on the territory of a residential development located in the immediate vicinity of a metallurgical plant is analyzed. A steel arc furnace is taken as an active source of noise. Account has been taken of the main techno-economic, structural and social indicators of the situation in which housing development has been organized in close proximity to existing industrial plants. All the data obtained from studying the propagation of noise from the source are processed on the basis of the complex mathematical model in the PTC Mathcad Application. The model makes it possible to carry out studies of distribution of the air noise of an active industrial source in multifunctional areas, to carry out calculations in accordance with the established normative methods, and to analyse the CPD over the whole frequency range. It is also possible to analyse the application of the most effective ways of reducing acoustic load. The most effective engineering solution is a complex screening scheme which makes it possible to reduce the sound pressure levels of the frequency range from 20Hz to 10 000Hz by 20-25 dB, thus satisfying the modern requirements of sanitary standards for residential development.
Office studies of the effect of ultrasonic exposure on the process of tuber crop cleansing
Authors: Dorokhov A , Sibirev A , Mosyakov M , Sazonov N 
Published: December 2020

Abstract
The article notes the importance of the final operation for the production of tubers. Attention is focused on the fact that negative impacts on the soil are associated with crushing and removal of the fertile soil layer occur in the process of extracting root crops by digging and separating working bodies of harvesting machines. It is proposed to use ultrasonic action on root crops for cleaning them from soil impurities. The data on the effect of acoustic cavitation, generated by ultrasonic waves with a frequency of 18-18.5 kHz at a power density of at least 1 W / cm2, are given on the effect of acoustic cavitation on a root crop in a laminar flow of liquid. It is noted that multiple hydraulic cumulative shocks that occur when cavitation bubbles collapse should separate soil impurities from root crops, which will significantly reduce time and energy costs. The data of studies of ultrasonic action on tubers are given: the maximum completeness of cleaning root crops is 89% and is provided at a frequency of ultrasound oscillations f1 = 47.8 … 49.8 kHz, vibration intensity S = 41.7 … 43.4 W / cm2 and exposure time t = 20.8 … 28.1 s.
Locus determining 1000 grains weight at high temperatures (Russian rice varieties)
Authors: Goncharova Y , Bragina O , Goncharov S , Kharitonov E , Svinaryev S 
Published: December 2020

Abstract
In Russia, increase in average air temperatures was noted in comparison with long-term data. Earlier it was shown that increase in average temperatures leads to a decrease in the productivity of plants for certain characteristics up to 90% and a yield of up to ten percent with an increase of 1 ° C. High temperatures above 30 ° C reduce the grain content, the total number and number of spikelets, weight grains from a plant, the mass of a thousand grains. A chromosomal region was established that reliably (at significance level 0.05) contributing to the formation trait mass of 1000 grains in domestic rice varieties in the region of localization of the RM 509 marker. A decrease significance level to 0.09 made it possible to identify another chromosome region with a possible localization of genes, determining the mass of 1000 grains at high temperatures. It is located in region of localization RM 13 marker. Four chromosomal regions have been identified that significantly contribute to the redistribution of plastic substances between grain and chaff under stress in domestic rice varieties on the first, fourth, ninth chromosomes (two loci) in the regions of localization of markers RM140, RM 261, RM 245, RM242 respectively.
Mechanical harvesting and processing of tomato varieties
Authors: Kozlova I , Esaulova L , Garkusha S 
Published: December 2020

Abstract
Research in recent years has shown that the physical health of the population depends on the food quality. Concentrated tomato products (tomato paste, ketchup, sauces, etc.) can become a source of antioxidants necessary for the human body. The quantity and quality of the obtained canned food directly depends on the biochemical composition of tomato fruits and, first of all, the soluble dry matter. In a field experiment, six tomato samples of domestic and foreign breeding, suitable for one-time harvesting and processing into concentrated tomato products, were studied. As a result of the studies carried out, it was found that the chemical composition of the fruits changes depending on the weather conditions of the tomato growing season. On average, with an increase or decrease in dry matter content in tomato fruits by 1%, the calculated yield changes by 13.1 t / ha, which gives an increase or decrease in the volume of finished products during processing by 2.5 t / ha. When growing the studied tomato varieties suitable for modern cultivation and harvesting technologies in the soil and climatic conditions of the central zone of Krasnodar region, the highest calculated yield of finished products was obtained from the LG-1181 sample and the F1 hybrid No. 8504 Heinz.
Development of a plant for electrostatic fumigation of grain crops in a perfled layer
Authors: Shubkin S , Buneev S , Radin S 
Published: December 2020

Abstract
Improving the processes of post-harvest processing of leguminous crops is an urgent task for enterprises of the agro-industrial complex. The issues of ensuring reliable protection of leguminous crops from the effects of pathogenic microflora, quarantine insect pests are of sub-stantive interest for research. To date, fumigation is considered a common method of disinfecting products - the elimination of insect pests and pathogens by a gaseous or vaporous poisonous chemist. The article describes the design features of the installation for carrying out the process of fumigation of leguminous crops with an ionized flow of an air-dispersed mixture, and also presents some dependences characterizing the course of the process of electrostatic fumigation of legumes in the device being developed. The use of the proposed design of the installation for electrostatic fumigation of leguminous crops in an overflowing layer will allow for a uniform and high-quality fumigation process.
Calculation algorithm of allowable travel speed of a dynamic tillage tool
Authors: Dzhabborov N , Sergeev A , Zakharov A 
Published: December 2020

Abstract
The algorithm is the basis for creating a computer program to calculate and forecast the allowable travel speed (maximum and minimum) of innovative dynamic tillage tools attached to relevant implements. The source data for calculation were soil hardness, the coefficient of terra-dynamic resistance and the specific tractive resistance per unit of the active frontal area of an innovative dynamic tillage tool. The limitations, which were set by the agro-technical requirements to the surface tillage, were the uneven tillage depth, the roughness of the field surface, the ridges on the field surface after the tillage, and the soil loosening degree. The study aimed to design an algorithm and its generalized block diagram for determining and forecasting the allowable travel speed of an innovative dynamic tillage tool in various operational conditions. The study object was an arrow-shaped innovative dynamic tillage tool with the working width of 330 mm designed for the surface soil tillage to the depth of up to 14 cm. The study subject was a calculation algorithm for parameters and indicators that affect the allowable travel speed of a dynamic tillage tool. The study applied the methods of mathematical modelling and experimental investigations for the energy assessment of soil tillage tools. The scientific novelty of research is an algorithm and its generalized block diagram for calculating and forecasting the allowable travel speed of a dynamic tillage tool. The paper presents the procedure for calculating the parameters that have a significant effect on the allowable travel speed of a tillage tool.
Development of mineral fertilization complex mechanization
Authors: Kokieva G , Fedorov I , Lotova N , Savvinov I , Stepanova S V 
Published: December 2020

Abstract
The intensification of agriculture, its saturation with heavy machines, and the growth in the energy saturation of tractors put forward new tasks that cannot be solved without the development of theoretical and applied research in the field of soil mechanics. It became necessary to study the mechanical processes occurring in the soil when it interacts with the working bodies of tillage machines and the running systems of mobile agricultural machinery. Industrial technologies are based on the effective use of chemicals. The effectiveness of fertilization depends on the quality of their application (uniformity and place of delivery to the plant roots). In recent years, the annual volume of mechanized work per hectare has increased several times. Intensive industrial technologies are based on the effective use of chemicals. A successful increase in the efficiency of the use of all types of fertilizers and chemical plant protection products is possible only on the basis of an integrated quality management system for performing technological processes, including interrelated organizational and social measures. The article describes intensive and industrial technologies that are based on the effective use of chemical agents. A successful increase in efficiency, the use of all types of fertilizers and chemical plant protection products is possible only on the basis of an integrated quality management system for performing technological processes, including interrelated organizational, technological and social measures.
Digital technologies in the transformation of approaches to the management of natural resource capital in the agricultural sector
Authors: Polyakov V 
Published: December 2020

Abstract
The article touches upon the impact of digitalization processes of economic entities and management bodies of the agricultural production system on the formation of a resource-saving paradigm of its development in the context of ensuring the reproduction of natural resource capital. Based on the position that natural resource capital and, especially, its element as ecosystem services largely form the primary basis for the life of both individuals and the entire human population, the need to find the most effective ways to eliminate the contradiction between the possibility of meeting the constantly increasing needs of modern society and reducing the level of natural capital expenditure, i.e. achieving the decoupling effect, is grounded. One of the key factors contributing to the emergence of conditions for the manifestation of this effect is the active introduction of digital technologies in the activities of agricultural enterprises. In this regard, we consider the development of “Agriculture 4.0” concept (Agriculture 4.0) and its basic directions of implementation are the active introduction of digital technologies (in particular, precision farming), eco-oriented solutions, as well as the use of alternative sources of resources. As an illustration of how digital technologies contribute to changing approaches to the formation of economic organizational and managerial relations that arise in the course of economic activity, we consider the formation of digital (platform) business models for the functioning of agricultural enterprises. It is stated that ensuring the reproduction of natural resource capital in the context of more effective provision of a complex of ecosystem services based on the use of digital technologies and it should involve the formation and use of a set of administrative and economic tools that encourage the introduction of resource-saving technologies and are aimed at reducing the costs of agricultural producers. In this context, we consider the practice of paying farmers so-called “payments for ecosystem services”, which takes place in a number of foreign countries, and identify the most important factors in the development of ecosystem services markets.
IT and technological architecture of healthcare organization
Authors: Ilin I V , Lepekhin A A , Ershova A S , Borremans A D 
Published: December 2020

Abstract
The healthcare industry has changed significantly over the past few years. This is largely due to widespread digitalization, as well as a shift in the emphasis of medical care towards patient focus. This led to the emergence of approaches such as value-based and personalized medicine, as well as the concept Health 4.0. An increasing number of medical organizations are striving to follow the indicated trend, but this becomes impossible without the provision of proper information support. In this regard, most medical organizations are faced with the need to reorganize the existing information and technological architecture. The main goal of this article is to develop methodological principles and an algorithm for the formation of an IT architecture and technological infrastructure of a medical organization that plans to implement the principles of value-based and personalized medicine using modern digital technologies. The methodological basis for the ideas proposed in the article was the concept of enterprise architecture, as well as the TOGAF architecture description standard.
Requirements of key industries for digital technologies
Authors: Kalyazina S , Zotova E , Bagaeva I , Vasilenok V 
Published: December 2020

Abstract
Key digital technologies are integral to digital transformation. Their inclusion in business processes helps to increase the efficiency and competitiveness of the company. In order to effectively incorporate technologies into the architecture of an enterprise, a set of requirements is formulated depending on the level of digital maturity of the company in order to solve the problem of digital transformation. The article discusses the issue of building a model for aligning the requirements of key sectors of Russian business to digital technologies. On this basis, it is planned to build reference models for Russian business sectors with the inclusion of selected digital technologies in the enterprise architecture.
Integrated use of IT - technology in the construction industry
Authors: Konikov Alexander , Roitman Vladimir 
Published: December 2020

Abstract
A number of new IT technologies are now developing successfully: Cloud Computing, Border Computing, Internet of Things, Digital Twins, Machine Vision, Big Data, Deep Learning. The list is constantly updated, as this direction is developing very dynamically. Experience shows that the best effect is achieved when several new IT technologies are used in one technical solution. Often, new solution in the IT area is an incentive to use other modern solutions: the introduction of the Internet of Things required the transition to a new Internet protocol IPv6, the use of wireless networks in the Smart House caused the need to use the technology of ZigBee. The way the combination is very much dependent on the subject area. In some cases, it is effective to combine IT technologies with advanced advances in other technics areas. For example, “Machine Vision” can be used in unmanned aerial vehicles (drones) in the construction and operation of high-rise buildings, bridges, etc. The work explores the complex use of IT - technology in the construction industry.
The potential use of Indonesian glutinous rice flour as nanoparticles organic filler for dental impression materials
Authors: Takarini V , Asri L A T W , Suratman R , Hadi B K 
Published: December 2020

Abstract
Indonesia as a third largest rice producer has glutinous rice as one of its natural resources, which can be used as the advantage in organic fillers production. Organic and inorganic fillers are commonly added to reinforce the mechanical properties of the polymer in impression materials. Organic fillers made from glutinous rice flour can be produced due to its high amylopectin content and unique characteristics of morphological and structural of the source plant. Moreover, it is abundant in production, low cost, non-toxic and biodegradable. However, this type of filler is not common in dental area, especially in impression materials. This study aims to exercise the probability of the use of organic fillers made from Indonesian glutinous rice as filler component of the viscosity the dental impression materials. Nano-size, morphology, and amount of glutinous rice organic filler shall affect the consistency of viscosity, which will be provided as light, medium, heavy body and putty consistency. The study can be used as a reference in the future research of Indonesian glutinous rice development for organic nanofillers production that could be used for dental impression materials reinforcement towards better mechanical properties.
Development of Risk-Based Standardized WBS (Work Breakdown Structure) for Safety Planning of Coal Mine Project with Surface Mining Methode
Authors: Andy Maulana Faqih , Latief Yusuf 
Published: December 2020

Abstract
The Mining Industry takes an important role in developing the country’s economy, especially developing the country. Along with the increase in the coal mining sector, incident in the coal mining sector has decreased. Typical of coal mining activities is very strict safety regulations. Regulation in Mining Safety Management System is the role of the Indonesia government to be approved and provides clear rules in the OSH & Safety Operational system. Indonesian mining which must be applied by mining companies. Mining Safety Management System (MSMS) has begun to be implemented since 2014 in the mining sector, with Permen No. 38/2014. Then in 2018, it was replaced by Permen no. 26/2018, required 7 elements in the application of Mining Safety Management System. Standardized WBS can complement the planning element at MSMS, which is offered in updates related to work accidents. The purpose of this study was to develop a risk-based WBS standard particularly for coal mining project, by using a qualitative approach. The results of this study are WBS standard work standard for coal mining work with risk-based surface mining methods, there are 11 clusters of work, 34 work packages, 70 types of work and 325 work activities in coal mining. The development of risk-based WBS as a form of prevention, reducing and even nullifying the risk of work accidents in the implementation of coal mining projects.
Analysis of Design Paradigms based on Technology Features at Galeri Indonesia Kaya
Authors: Wibisono Andreas Y. , Trisno Rudy , Lianto Fermanto 
Published: December 2020

Abstract
This study aims to determine the design paradigm at the Galeri Indonesia Kaya (GIK). The paradigm shows how the orientation of a museum in utilizing digital media for delivering information. Knowing the design paradigm is useful for GIK to be more effective in developing ways of conveying messages and how to structure the narrative system. There are three experience design paradigms, namely user-centered experience design, participatory experience design, and agile experience design. GIK is chosen as the object of study because it is a museum that mostly uses digital media. The analysis is done descriptively using data collection methods based on direct observation. This study finds that GIK has a user-centered experience design (UCD) paradigm. This is indicated by the GIK features that fulfill the character of the paradigm. The conclusion in the narrative systems is GIK has an open system that makes visitors have to actively get information but GIK has not been able to make visitors reinterpret information or participate in providing a new information. Beside, with the technology features, GIK has the potency to shift to participatory experience design paradigm and become a democratic museum.
Development of WBS (Work Breakdown Structure) Dictionary and Checklist for Safety Planning of Tunnel Construction
Authors: Dewi N A , Supriadi L S R , Latief Y 
Published: December 2020

Abstract
Indonesia develops tunnel technology due to country’s contours and geological conditions that are rich in minerals, and to overcome congestion problems in big cities. Tunnel is one of the alternative transportation infrastructure in the future that allows to shorten the travel time. Tunnel construction itself is a complex type of construction and requires high managerial and technical capabilities in the process. Therefore, an excellent and detailed planning is needed for each tunnel project, for example by using WBS dictionary and checklist for safety planning in tunnel construction. The purpose of this study is to identify in detail the work packages, methods, activities, and resources to reduce the risk of workplace accidents. This research consists of several stages with qualitative methods. The methodology used is expert validation, respondent surveys and interviews and analyzed using descriptive data mode analysis. The result of this study are WBS dictionary and checklist that provide activities and resources information, which can support the safety planning documents by identifying safety risks on tunnel construction projects.