Introduction Of Technologies Research Articles

ACHIEVED RESULTS AND PERSPECTIVES FOR FURTHER DEVELOPMENT OF SMALL AND MEDIUM-SIZED ENTERPRISES: STATISTICAL FINDINGS AND ANALYSIS

Small and medium-sized enterprises are a key part of every national economy and represent a factor of economic and social stability. In particular, entrepreneurial organizations are recognized as drivers of economic development, because they encourage the introduction of new technologies and have a direct impact on the level of investments and aggregate demand in terms of macroeconomic indicators. Also, this type of organizations contributes to solving the problem of unemployment and unequal distribution of wages. The need for strategic support and development of small and medium enterprises at the state level is permanent. In the past, these entities have been hit by the pandemic caused by the Covid-19 virus, inflation and digitization. The subject of the paper is the results review of the small and medium-sized enterprises development in Serbia, as well as the perspective of their further growth. Taking into account the effect of quality standards on business results, the connection of small and medium-sized enterprises with scientific and research institutions, but also the connection between the same organizations on the market, the authors propose certain improvements for their development. The key elements are based on the adequate and correct diagnosis of the mentioned connections. The research sample was purposive, which included companies in each of the 5 regions of the Republic of Serbia (n=112). The importance of quality standards and cooperation with faculties and scientific research institutions was established. It has been proven that the biggest obstacles in the development of the business of small and medium-sized enterprises are administrative procedures, as well as fiscal appropriation, and that the biggest impact on future business prospects is the adopted quality standard, investment in modern equipment, innovation, new knowledge and the introduction of new production lines.

THE REGRESSION MODEL CONSTRUCTION OF THE ROAD CARGO TRANSPORTATION SYSTEM IN THE UKRAINE – POLAND DIRECTION

In 2023, exports between Ukraine and other countries underwent significant changes. Thus, Poland took first place in terms of the volume of exports from Ukraine in 2023 (more than 5.6 billion dollars or 15.4%). Instead, China, which was the No. 1 consumer of Ukrainian goods, fell to the 4th place in the ranking of top exporters during the war. Its share in total exports of Ukraine halved - from 11.8% to 5.3%. The use of time slot technology is a modern technology for increasing the efficiency of cargo transportation in international traffic. The essence of the technology of time intervals is that the working time of the terminal is divided into time segments. During these time slots, terminal clients place their service requests. During the reserved time slot, the client's car must enter the territory of the terminal for service. The introduction of time slot technology aims to provide the client with the possibility of guaranteed arrival of cars in a certain time interval, preventing crowding, long waiting and queue formation. On the basis of the developed experimental plan, painted according to the determined maximum and minimum values of the arguments, the linear influence of factors on the time of cargo transportation was considered. The R-squared coefficient is one of the most effective estimates of the adequacy of the regression model. In the case of a linear model without an independent variable, the R2 coefficient = 0.999, in the case of a linear model with an independent variable, R2 = 0.987, which means that the linear model without an independent variable is more accurate. The obtained results indicate a more rational use of a linear model without an independent variable for determining the time of cargo transportation in the direction of Ukraine - Poland. As a result of the conducted experiment, it was established that there is a functional relationship between the inputs of the cargo transportation system in the Ukraine-Poland direction and the outputs. Keywords: experiment, international transportation, transportation time.

MODERN CONCEPT OF OCCUPATIONAL SAFETY AND HEALTH MANAGEMENT WITH A RISK-BASED APPROACH

The article justifies implementing a risk-based approach (RBA) in occupational safety and health (OSH) management. It considers the limitations of traditional methods of implementing preventive measures focused on reactive measures designed to respond to immediate security challenges. It further proposes modern proactive strategies that can monitor, predict, and prevent dangerous situations in the workplace in advance. The study develops and substantiates the RBA’s main principles and underscores elements, methodologies, and their integration into existing OSH management systems. It provides arguments to support decentralising decision-making closer to the sources of hazards to allow for a faster and more effective response. It also emphasises the fragmented nature of the current occupational safety and health legislation, making it challenging to integrate RBA. Recommendations suggest improving the legislative framework to support RBA and provide employers greater flexibility in choosing risk management tools and methods. The authors recognise a systematic risk monitoring and assessment approach as a critical need. The absence of regular audits and risk assessments hinders the identification and prevention of hazards. The study proposes the introduction of modern technologies and methodologies, such as the Fine and Kinney method, the Elmeri system, and the Ishikawa diagram, to improve the risk identification and assessment processes. The article also stresses the importance of informing employees about potential risks and preventive measures, which contributes to the overall safety culture in organisations. In addition, the authors outline an algorithm for implementing RBA, which includes auditing workplaces, creating electronic registers, developing safety instructions, systematic risk assessment, documenting results, and informing stakeholders. The proposed approach aims to proactively identify and mitigate occupational risks, which helps to reduce workplace accidents and occupational diseases. The article concludes that the transition to a risk-based approach is essential for improving workplace safety, reducing occupational risks, and supporting the sustainable development of enterprises. By applying RBA, organisations can achieve higher occupational safety, reduce the costs associated with accidents and injuries, and contribute to a safer and healthier work environment. Keywords: risks, occupational safety, occupational health, production, risk-based approach.

Chelyabinsk Institute of Railway: 80 years of development from a railway technical school to a transport university

In 2024, the Chelyabinsk Institute of Railway — branch of Ural State University of Railway Transport celebrates its 80th anniversary. The article examines the main stages in the history of the educational organization, starting with the creation of the Chelyabinsk Railway College in 1944 to the present day. The eighty-year history covers several generations of teachers and staff, 76 graduations of students, and is full of many events and highlights. The article presents the main historical milestones and the most important events in the development of the educational organization, which are inextricably linked with the development of the railways of our country. The history of the creation of the Chelyabinsk Institute of Railway Transport combines the histories of several educational organizations, whose traditions and achievements are an inseparable part of the common history. Promising areas of development of the university are shown, related to the introduction of digital technologies both in the work of railway transport and in the organization of work on the training of highly qualifi ed personnel for the transport industry.

Hybrid Simulation of Therapeutic Appointment — a New Step in Creating Effective Training for Practical Healthcare

The main difference of the author's educational program "Therapeutic patient at an outpatient appointment" is the introduction of simulation technologies. The course structure includes 5 days of training, during which sequential and joint use of interactive lectures is used, based on international recommendations and treatment protocols of the Republic of Kazakhstan, as well as the development of practical skills on modern simulation equipment.

ЦИФРОВИЗАЦИЯ ТЕХНОЛОГИИ МИКРООБУЧЕНИЯ КАК ТРЕНД СТРАТЕГИЧЕСКОГО УПРАВЛЕНИЯ ПЕРСОНАЛОМ ОРГАНИЗАЦИИ

The research topic is due to the development of digital technologies in organizations and the constant improvement of the skills of employees through new training methods. The subject of the study is the process of personnel training and development using micro-training as a trend of strategic management of an organization in the context of digitalization. A theoretical analysis of existing experience has shown an insufficient amount of described experience in the introduction and use of micro-learning technologies in companies using digital tools, which makes it difficult to use it in practical HR activities in the context of digitalization. The authors focus on the problem of determining the effectiveness of digitalization of micro-education and its impact on the basis of strategic human resource management. The practical significance of the study lies in the development of recommendations for organizations on the effective use of micro-education to improve the quality of training and staff development, improve staff motivation for training, which contributes to achieving the strategic goals of the organization and increasing its competitiveness in the market.

Сравнительная характеристика затрат рабочего времени врача-челюстно-лицевого хирурга, оказывающего помощь в стационарных условиях, в условиях организационного эксперимента.

In the system of organization of provision of specialized medical care on the profile of maxillofacial surgery there are significant changes in connection with the digitalization processes, the introduction of new medical-diagnostic technologies, the development of surgical interventions, that has a significant effect on the working time of the doctor – maxillofacial surgeon. Purpose of the study is to study the working time of the doctor-maxillofacial surgeon, who provides assistance in stationary conditions with the help of photochronometric measurements in dynamics before and after the introduction of organizational measures. Materials and methods. The study was carried out in 2018 and 2023, before and after the introduction of organizational measures, on the basis of the department of maxillofacial surgery of the Penza regional clinical hospital. N. N. Burdenko». Doctors-maxillofacial surgeons took part in the study. The following methods were used: analytical, photo-time, organizational experiment, statistical. In the course of the photo chronometric research, all activities were studied: main activity, document processing, support activities, work, other activities, personal time required, unencumbered time. Results and Discussion. Analysis of the data obtained showed that doctors-facial surgeons in 2018 conducted an average of 9.75+0.1 hours at the workplace, which is 1.95 hours above the norm. According to the results of the study the article reveals an imbalance of working time expenditure, significant time spent on unusual functions (provision of medical assistance in the reception department, completion of medical documentation)There’s a lot going on. Problems in the regulation of work of doctors-maxillofacial surgeons, as well as shortcomings in the organization of medical care on the profile of «maxillofacial surgery» were revealed as a result of the photochronometric researchIt was possible to identify the main directions for improving the provision of specialized assistance in the field of PF. After the behavior of organizational arrangements (change of localization of the department, staffing, new patient routing, strengthening of continuity) The results of a repeated photochromic study conducted in 2023 showed that the structure of the working time expenditure has changed significantly: the share of main activities has decreased from 61,46% in 2018 to 59.7% in 2023, the duration of work with medical documents increased from 16.3% to 20.1%, costs for support activities decreased from 14,63% to 7.6%, The cost of performance increased from 4.59% to 5.6%, personal time required increased from 0.86% to 2.0% respectively. In 2023 there is no open time (late to work). The organizational changes made have had a positive impact on the quantity of quality of the bed. The average duration of treatment in 2018 was 7.92 days, and in 2023–5.53 days. In 2018, the pre-operative bed day was 1.05 days, and in 2023–0.17 days, decreased by 6.2 times. Conclusions. It was found that the organizational changes, directly related to the opening of the regional center of maxillofacial surgery, allowed to change the routing of patients, improve the continuity with specialists of dental, traumatological, oncological, pediatric profile, rational use of personnel resources, provide assistance to children. The optimization of doctors’ activities has had a positive impact on the quantity and quality of the bed. A comparative description of the work time spent before and after the organizational experiment shows that the activity of the surgeonmaxillofacial round-the-clock hospital has changed significantly due to the reduction of the cost of performing unusual functions.

ELECTRIC PULSE METHOD OF ROCK DESTRUCTION AND BLAST WELLS DRILLING

The paper proposes an electric pulse method for rock destruction and drilling blast holes based on microwave radiation generated by a magneto-cumulative generator. A description of an electric pulse method installation with a magneto-cumulative generator, protected by a Russian patent, is provided. Relationships are given for an engineering calculation method during the periods of mastering a new technology and it is shown that the introduction of an innovative technology based on the proposed electric pulse method will allow us to talk about a low dependence of the efficiency of electric pulse drilling on the strength of rocks.

REGULATION OF RETINOGENESIS IN PRENATAL ONTOGENESIS AND ITS DISRUPTION IN AGE-RELATED MACULAR DEGENERATION

One of the main causes of blindness in the elderly in developed countries is age-related macular degeneration (AMD) [1, 2, 3]. Active research is being conducted to identify putative molecular targets for the development of an effective strategy for conservative treatment of both atrophic and neovascular forms of this disease [4, 5, 6], but at the present stage, pharmacotherapy is effective only for some patients, and is insufficient to stop the progression of the disease or eliminate the damage that has already occurred. The most promising and promising potential treatment options are considered to be the introduction of cellular technologies with retinal cell replacement and targeted pharmacotherapy. The aim of this study was to investigate the role of the retinal development inducer, SIRT1 [7, 8, 9], in retinogenesis to justify pharmacological inhibition of this protein as a possible treatment option for neovascular AMD. Using immunohistochemistry and immunocytochemistry, we assessed the expression and subcellular localization of SIRT1 and its innate inhibitor DBC1 in the retina of fetuses, adults, and mice. We also studied SIRT1 in retinal progenitor cells derived from mice and humans, the former having been used in small interfering RNA studies. SIRT1 is widely expressed in the developing and adult retina and is a regulator of key genes in retinal development, namely PAX6, Nestin, and CRX [10, 11, 12]. Moreover, we found that photoreceptor progenitor cells were among the smallest cells in a heterogeneous mouse retinal progenitor cell population [13, 14, 15]. Collectively, these results provide a basis for manipulating SIRT1 expression in small retinal progenitors as a means to increase the yield of photoreceptors for transplantation in retinal degeneration models [16, 17]. Furthermore, SIRT1 was found to be highly expressed in human-derived choroidal neovascular membranes, allowing its activity to be pharmacologically inhibited by the drug nicotinamide as a potent regulator of angiogenic and hypoxic signaling in a human retinal pigment epithelial cell line at both the protein level using angiogenesis arrays and at the RNA level using whole genome microarrays [18, 19]. These results point to the SIRT1 inhibitor, Nicotinamide, as a possible agent for treatment of neovascular AMD. Further studies of Nicotinamide are warranted in animal models of AMD. To the best of our knowledge, this is the first time that a detailed analysis of SIRT1 as a regulator of both retinal development and choroidal neovascularization has been reported.

A Decade of Insights: Reevaluating the Use of the Flexible-Fiber CO2 Laser in Brain Tumor Surgery-Efficacy, Challenges, and Lessons Learned.

The introduction of flexible fiber technology in the early 2000s revitalized the interest in the CO2 laser for neurosurgical applications, making it suitable for microsurgical procedures. Despite its widespread use, specific indications for the CO2 laser in neurosurgery remains undefined. This study evaluates the efficacy and limitations of the CO2 laser in brain tumor surgery. This retrospective observational single-center study analyzed the use of the CO2 laser in intracranial neoplasm surgeries from 2011 to 2021. A total of 94 patients were assessed, focusing on demographics, tumor characteristics, surgical duration, complications, and laser-specific issues. We used a five-tiered scoring system to assess laser effectiveness in both debulking and dissection tasks; with resection extent assessed following established guidelines. The CO2 laser was highly effective in debulking solid tumors, achieving a 76.5% gross total resection rate, while being less effective in softer, highly vascularized tumors. The average effectiveness scores for dissection (2.6±0.8) were significantly lower than for debulking (3.2±1.2). Two major complications were directly associated with laser use. Effectiveness improved over time, particularly in the latter half of the study, and varied across tumor types, with notable utility in meningiomas and vestibular schwannomas but lower scores in glial tumors. The CO2 laser is a valuable tool in neurosurgery, especially for solid tumors in specific anatomical locations. Careful patient selection is crucial, and the laser complements rather than replaces conventional surgical tools. Ongoing technological advancements suggest broader future applications in neurosurgery.

An analysis of the impact of digital technology adoption on the income of high quality farmers in production and operating.

Digital technology is shaping our traditional agriculture in unprecedented ways. As a new engine to empower farmers and promote common prosperity in rural areas, the development of the digital economy can help revitalize rural industries, providing strong support for increasing industrial value-added income and farmers' income levels. Based on 676 pooled cross-section data of high-quality farmers in China Guangdong Province from 2020-2021, the article empirically examines the impact of digital technology adoption on the production and business income of high-quality farmers and explores its mechanism of action, based on theoretical analysis and using the ERM model. It is found that the use of digital technology helps to increase the income of high quality farmers in production and business, but effects vary for different income levels and different types of high quality farmers. In addition, tests of the mechanism of action suggest that the introduction of digital technologies can mitigate the negative impact of market distance on the income of high quality farmers in production and business. After applying variable substitution, model replacement, and propensity score matching (PSM) for robustness checks, the research findings still hold true. Therefore, efforts should be made to speed up the upgrading of rural digital technology and other infrastructure, increase training for high quality farmers to improve their digital literacy through multiple channels, for the better marketing of agricultural products.

Health Care Strategy and its Impact on Quality of Health Services in India

The health care industry operates in a very dynamic environment, particularly in the modern era. The introduction of technology has led to a significant advancement in the medical area. The entire environment in which the medical industry today functions has changed as a result of this infusion. Modern medical technology used to treat patients improves the reputation of the hospital. Technology is employed in the hospital's management as well as in its treatment. Hospital operations can be managed more effectively and successfully with the use of automation solutions. Modern technology is available at private hospitals, and it has been seamlessly incorporated into the medical industry. The private sector has always been at the forefront of implementing cutting-edge medical technologies and providing patients with top-notch care. This survey revealed a similar trend, with the private sector coming in first, then trust-run hospitals, and finally private clinics. Public hospitals in India have taken note of this aspect as well and are actively putting plans into place to introduce the necessary technology for hospital management and treatment.

Microprocessor Control of the Electric Drive of Variable Radiation Installation and Ensuring of Operation Reliability

Introduction. The introduction of energy-saving technologies has become particularly relevant in recent years, when energy prices have been constantly increasing. This is particularly important for greenhouse farms, where the main condition for growing plants indoors is the creation of artificial climatic conditions: temperature, humidity, and lighting.Problem Statement. Given the light and the dark stages of photosynthesis, it becomes possible to use a variable light field in the plant-growing photoculture, which is created by light installations with variable radiation. The development of an energy-saving electric drive and automated control systems for the parameters of artificial climatic conditions when growing plants indoors results in reducing energy consumption and increasing the reliability of the technological process in greenhouses of agro-industrial complex.Purpose. Implementation of energy-saving variable illumination irradiating systems with an automated control system for greenhouse farms.Materials and Methods. A lighting installation with rotation of the irradiator in the vertical and horizontal planes with a discrete electric drive and microprocessor control has been used.Results. The current state of variable irradiating systems with energy-saving radiation sources has been analyzed. The use of a discrete electric drive with an automated control system has been proposed. The installation with a DNAT-400 radiation source and a ZHO-01 reflector enables irradiating an area of up to 100 m2. The maximum exposure to photosynthetically active radiation is 30 W/m2, and the irradiation irregularity does not exceed 20%. At the same time, electricity savings reach about 10 thousand kWh per season. The yield and quality of products remain unchanged.Conclusions. The results of the research have confirmed the feasibility of practical implementation of variable irradiation system for energy efficiency of greenhouse operations.

Emerging occupational risks in green jobs: a review.

Green jobs are to be understood as those jobs directly associated with specific sustainability issues and activities related to the efficiency, quality and innovation of goods and services offered, from an eco-sustainability perspective. The objective of the research was to fill knowledge gaps of new and emerging environmental and occupational risks related to sustainable activities and to understand the impact these might have on workers' psychological and physical well-being. A selection of several scientific articles and a critical analysis of the selected articles was carried out from the perspective of defining the concept of "emerging occupational risks in green jobs," using different keywords in the title or abstract as search criteria. Emerging occupational risks, most prevalent in the green sector are those determined by the rapid introduction of new technologies, new materials, new processes and work organizations. In order to be able to improve prevention and protection at work, it is necessary to act on a more careful and adequate risk assessment, the definition of new professional figures expert in green issues, the expansion of research and development of scientific knowledge, and the improvement of ergonomic aspects. Int J Occup Med Environ Health. 2024;37(3):244-56.

Механизмы внедрения технологий искусственного интеллекта в здравоохранение: новые этические вызовы

Currently, systems based on artificial intelligence (AI) are finding increasing application in medicine. Acting as assistants of both the attending physician and managing physician, they can be a good help in solving a number of problems in modern healthcare, such as staff shortage, professional burnout and, in some cases, insufficient staff qualification. However, this leads to increased requirements for reliability of such systems. Introduction of a new advanced technology raises a number of ethical issues and problems, the solution of which is necessary to gain trust of people and reduce distrust associated with the use of AI technologies. It seems that if ethical standards determine and set the progressive development of artificial intelligence, this will lead to the maximum benefit from the use of this technology in healthcare. The paper examines the ethical aspects of transition of software into the category of medical devices. At the same time, legal and organizational mechanisms for solving ethical problems at both the international and domestic levels are provided. The activities of both public and government organizations in this field are considered. The need to obtain the permission of ethical committees for conducting clinical trials and ensuring informed consent of patients is emphasized. It also highlights the importance of integrating medical data into structured datasets that can be registered as databases. This will contribute to improved quality of medical research and practice.

The Informational-Educational Environment of Additional Professional Education for Learning the Basics of Green Construction

The relevance of the topic of the article is determined by the need to introduce promising green building technology into domestic construction practice. The purpose of the article is based on the analysis of the current situation with green construction in Russia to substantiate the need for students of the system of additional professional education to master the basics of green construction technology and to develop an educational retraining program and appropriate educational and methodological support related to the study of the basics of green construction. The following research methods are used: theoretical analysis of scientific results devoted to the identification of the essence of development and the establishment of trends in various systems of civil engineering education, analysis of curricula and manuals for architectural and construction training of students; expert analytical methods for evaluating the content of methodological and software tools designed to master special disciplines in architectural and construction training of students in the context of digital transformation of education. As a result of the analysis of scientific publications in the field of educational management, the need to improve the system in the field of architectural and construction training and the development of green building technology has been identified. The analysis of the existing shortcomings of traditional construction project management is carried out, the need to study the basics of green construction and develop appropriate educational and methodological materials implemented in the context of digital transformation of the construction industry is justified. The content structure for the development of an electronic educational resource for the study of the discipline is considered, the content of each block of content is described, and the connections between the blocks are shown. The reasons hindering the development of engineering management of green construction in Russia are systematized. Advanced training of students in the field of green construction will help to overcome the factors hindering the introduction of green technology in domestic construction. The results of the article may be of interest to specialists of architectural and construction universities engaged in the preparation of bachelors and masters for the construction industry in the context of digital transformation of education. Keywords: “green” construction, advanced training, construction education, system of additional professional education, electronic educational resource

RELEVANT PRINCIPLES AND INNOVA-TIVE TOOLS FOR MANAGING THE DE-VELOPMENT OF TRANSPORT SYS-TEMS IN THE REGIONS OF RUSSIA

The authors substantiate the importance of constantly updating the principles and tools for managing regional transport systems. In the process of the study, stages were iden-tified, the passage through which can be observed in the modern history of the for-mation and development of these systems in the Russian Frderation. Among the prin-ciples that are relevant in the current condi-tions, the authors named complexity, adaptability, sustainability and efficiency. As a scientific novelty, it is worth noting the analysis of the introduction of modern tech-nologies and tools in the management of transport systems. These technologies and tools are aligned with the classical func-tions of management, including forecasting, planning, organization, accounting, analy-sis, evaluation, control, feedback

Creation and functioning of the information-rich space of biological and ecological education of the Technopark "Quantorium" in the conditions of integration of interaction between schools and pedagogical University

The publication reflects the solution of the task of creating a Technopark space functioning on the basis of the latest information, communication and IT technologies for the implementation of modern biological and environmental education in the school-university system using the resources of the Quantorium Technopark. The authors of the study discuss the importance of integrating modern technologies and resources into the educational process in order to increase the effectiveness of learning and the practical applicability of knowledge in this field. The purpose of the article is to describe the concept of an information–rich technological space of biological and environmental education and the principles of its implementation on the basis of the Technopark “Quantorium”. The research methodology is based on the principles of developing training courses and educational and methodological support for them, involving the preparation of educational programs designed to implement innovative methods and the latest technologies in the field of biology, bioengineering, biotechnology and ecology; the use of laboratory and practical work, as well as large-scale application of biological and environmental experiments based on the use of technical resources of the Technopark. The results of the study. The paper analyzes in detail the main components of the technological information-rich space, including information systems, equipment and software used to develop training courses and laboratory work on environmental and biological topics. The role of the Technopark “Quantorium” as a center for innovation and support of educational projects, contributing to the introduction of modern educational technologies, is also considered. In their article, the researchers present the concept of an innovative information-rich space for the practical implementation of biological and environmental education. It is based on the multidisciplinary integrated application of all the resources of the Technopark “Quantorium”. The implementation of this concept will create an effective and innovative information and educational environment for school students and pedagogical university students, contributing to the development of environmental awareness and the training of qualified specialists in the field of ecology and biology.

THE IMPACT OF TECHNOLOGICAL CHANGES ON EMPLOYEE PERFORMANCE: A CASE OF SELECTED RETAIL OUTLETS IN MBOMBELA, SOUTH AFRICA

A quantitative approach was adopted for the study. The study population consisted of four hundred retail employees, 200 research instruments were administered and 102 useable ones were retrieved. Analysis was done by using Multiple Regression and Pearson Correlation. It was revealed that the Time of Introduction has a positive effect on the perceived Relevance of New Technology and Fairness of Performance Appraisal (F = 49.647 with a P value of P<.001 and R2 = 501). Pearson Moment Correlation, the result showed that the TI had a significant relationship with the Attitude of Employees. Employees’ Collective Perception of New Technology positively correlated with its perceived relevance and Ease of Use. The relevancy of new technology was linked to its perceived EU, the TI, and the ECP and attitudes. EU positively correlated with collective perceptions, perceived relevancy, and employees' attitudes. FPA was positively associated with the timing of technology introduction, perceived relevance of new technology, and employees' attitudes. Employee attitudes displayed positive, significant relationships (p < 0.0001) with all variables of the study. To further enhance employee performance upon introducing new technology, organizations should design training and development programmes grounded in cognitive psychology that focus on enhancing employees' cognitive abilities, crucial for successful technology adoption. Organizations should involve employees in the decision-making process regarding the introduction of new technologies.

Влияние регуляторов роста нового поколения на урожайность озимой пшеницы

In the formation of grain crops, an important place is given not only to the problem of nutrition, but also to the ability to manage the processes of growth and development in order to fully realize the vital potential of plants. Therefore, the introduction of new progressive technologies with the use of growth regulators is highly relevant, as it will allow to obtain stable yields of grain crops of good quality even under adverse weather conditions. The purpose of the research was to identify the effectiveness of using new generation growth regulators in the cultivation of winter wheat with different seeding rates, as one of the elements of agricultural technology in the conditions of the Central region of the Non-Chernozem zone of the Russian Federation. The research was carried out in 2021-2024 at the experimental field of the laboratory of technology for the cultivation of winter cereals and fertilizer application systems of the Technological Center for Agriculture of the Nemchinovka Agricultural Center (Moscow region, Marushkinskoye settlement of Moscow, Sokolovo village). The maximum photosynthetic potential was set in the variant with the combined use of Moddus with Anti-leaching at a seeding rate of 550 pcs/m2 and was equal to 2784 thousand m2 day/ha, that is, 538 thousand m2 day/ha more than the minimum value, in the control variant without the use of growth regulators with a seeding rate of 500 pcs/m2. The maximum amount of dry biomass was set on the variant with the combined use of a Moddus with an Anti-leaching agent at a seeding rate of 550 pcs/m2 and was 10.35 t/ha, that is, 2.79 t/ha more than the minimum value. The maximum net photosynthesis productivity was set for the Moddus variant with a seeding rate of 550 pcs/m2 and was equal to 1.56 g/m2 per day. The maximum economic yield of winter wheat on average for 2022-2024 was set on the option of joint application of Moddus with Anti-leaching at a seeding rate of 550 pcs/m2 and was equal to 7.47 t/ha, that is, 1.36 t/ha more than the minimum value.