Central Asian Journal of Theoretical and Applied Science
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ДЕЯТЕЛЬНОСТЬ БУДУЩИХ ПРЕПОДАВАТЕЛЕЙ ФИЗИЧЕСКОЙ КУЛЬТУРЫ ПО ФОРМИРОВАНИЮ У ОБУЧАЮЩИХСЯ ИНТЕРЕСА К ЗДОРОВОМУ ОБРАЗУ ЖИЗНИ
No full textВ статье рассматривается проблема подготовки будущих преподавателей физической культуры по формированию у обучающихся интереса к здоровому образу жизну. Представлены данные исследователей о здоровом образе жизни как инструменте реализации государственной политики по охране здоровья подрастающего поколения обучающихся, по повешению профессиональной, компетенции будущих преподавателей физической культуры по формированию здорового образа жизни
Теоретико-Методические Подходы К Моделированию Бизнес-Процессов Предприятия
No full textБизнес процесс - это часть процессного управления. Его модель главный элемент управления бизнес-процессами. Бизнес-процесс необходимо делить на ряд признаков, характеризующих каждое из его свойств или способностей. При таком делении процесс легче распознавать, сравнивать и анализировать. Существует важное понятие моделирование бизнес-процессов. Это обозначение бизнес-процессов в специально определенных для этого терминах, по правилам, которые называют нотациями моделирования бизнес-процессов. Сами же модели бизнес-процесса бывают разными информационными, текстовыми, графическими. Моделирование бизнес-процессов важная задача для любой компании. При помощи грамотного моделирования можно оптимизировать работу предприятия, прогнозировать и минимизировать риски, возникающие на каждой из стадий его деятельности. Организация моделирования бизнес-процессов позволяет провести стоимостную оценку каждого процесса в отдельности и всех в целом. Моделирование бизнес-процессов предприятия касается ряда аспектов его работы
Влияние Трансовариальных Антител Желтков Кур На Микробиоту Желудочно-Кишечного Тракта Телят, Больных Пневмоэнтеритами
No full textВ статье приведены результаты научных исследований по изучении влияние трансовариальных антител желтков кур на микробиоту желудочно-кишечного тракта телят, больных пневмоэнтеритами. При анализе результатов исследования установлено что, разработанное средство положительно влияет на содержание лактобактерий и бифидобактерии путем стимулирование их колонизации. При этом снижает содержание E. сoli и стафилококков на протяжении всего опыта
Improving еhe Methodology аor Analyzing Enterprise Fixed Assets.
No full textFixed assets, being an integral component of the production potential of any enterprise. The financial results of the enterprise largely depend on their intensity and efficiency of use. Analysis of fixed assets is usually carried out using an integrated and systematic approach, based on the availability of them, their movement, and the efficiency of use (including their active part). According to some authors, traditional methods for analyzing fixed assets have a number of disadvantages, since they do not take into account the life cycle of the enterprise, the environmental aspects of the functioning of fixed assets, and the specifics of the work of individual divisions of the enterprise and its branches. In order to improve the methodology for analyzing fixed assets, the authors proposed to use formalized and informal criteria for analyzing risks associated with the use of fixed assets. A questionnaire has been developed to determine the likelihood of the risk of economic losses in connection with the use of fixed assets. The authors propose to use an integral indicator to analyze the risk of using fixed assets over time. In order to improve the audit procedure, the authors proposed a distinction between business transactions with fixed assets according to their cycles in accordance with the stage of their reproduction. Operational analysis is essential for managing the performance of fixed assets, especially during busy periods. The use of analysis of the rhythm of operation of grain combines makes it possible to reduce losses during harvesting, carry it out within a strictly established time frame, and motivate workers for high-quality and intensive completion of the task
Calculation of Sand Areas and Bunker of Wastewater Treatment Institutions
No full textThe sand trapped in the sander at the wastewater treatment plant is removed using hydraulic elevators, and then the sand is removed by sandblasters (pulpers) to specially prepared sand fields. The sand area is a carded area surrounded by 1-2 m high earthen walls (valleys). The size of the area, the layer of dumped sand is taken at the rate of 3 m3/m2 per year, and dried sand is removed from time to time
Innovations Inspired By Nature: Bionics and Iot Structures
No full textThis article explores the fascinating intersection of nature-inspired innovation and modern technology, focusing on bionics and IoT (Internet of Things) structures. It explores how these fields draw inspiration from natural phenomena such as animal movements, plant structures, and ecological systems to develop cutting-edge solutions for a variety of industries. The article emphasizes the impact of biomimicry on technological development and its potential to create sustainable, efficient and versatile products and systems
Thermosolutal Effects in Cylindrical Flow with Suction Velocity
No full textThis paper examined the problem of thermosolutal effects in a horizontal cylindrical channel with suction velocity. The fluid flow is assumed to be of constant viscosity, thermal conductivity, diffusivity and it is axi-symmetrical. The problem modelled followed the work of Ize et al.[24] by incorporating suction velocity to their work. Following their method of solution, the governing equations were solved. The analytical results were graphically computed using python programming codes and the graphs showed that fluid velocity increases with increase heat sink, thermal Grashof and solutal Grashof numbers. Also, velocity, energy and species profiles increase with increase in suction velocity while thermal conductivity and diffusivity decrease energy and specie profiles respectively
Creation of Quick-Ripening Varieties Based on Comparative Analysis of different Irrigation Systems in Saline and Non-Saline Soil Climatic Conditions
No full textIn the article, "Germination and 50% flowering" characteristics of high-generation hybrids and families created on the basis of backcross hybridization were studied under optimal and water deficit conditions. Also, the stabilization and formation of the main valuable agricultural traits in high-generation hybrids and families were comparatively analyzed
Experimental Determination and Modeling of Bottom-Hole Crude Oil Mixture Liquid Phase Density (Lpd) by Material Balance During Well Fluids Depletion Studies
No full textThe liquid-phase density behavior of petroleum reservoir fluids under prevailing reservoir conditions, methods of evaluation, and factors affecting petroleum fluid density have been examined. A high-pressure and high-temperature PVT Ruska blind cell volume was calibrated in the temperature and pressure ranges of 730F to 2500F and 15 to 6000 psia. The calibrated cell volume equation was (515.214 + 8.80 x 10-3 T + 8.89 x 10-5 P + 2.30 x 10-8PT). 100.310 cm3 (78.663102g) of bottom-hole oil sample was charged into the cell at 5000 psi and 73 °F, while the cell was heated to the study temperature of 1540 °F in a thermostatic silicone oil bath. A pressure density run was conducted immediately after charging the sample for study. Pump manifold compressibility was determined at 730F with a pressure range of 15 to 8000 psia to establish uniform pump manifold compressibility and to eliminate errors in pressure-volume measurements. The cell temperature was monitored using a precision type J. digital thermocouple, and the equilibrium cell temperature cycle was 154.2°F throughout the experiment. At equilibrium cell temperature, the cell opening pressure was determined at a reference pressure of 2000 psi. The open-air pressure was 274 psi at 1540F. A constant composition expansion was conducted on the fluid sample, where the bubble point pressure and volume were measured to be 2870 psi and 106.743 cm3, respectively. Differential liberation expansion was immediately performed below the bubble point. Liquid phase densities above the bubble point pressure were calculated from the relative volume data obtained from pressure volume measurement, while liquid phase densities below the bubble point pressure during differential liberation were calculated using the mass balance of the initial mass of oil in place. The results showed that the density of the liquid phase at pressures above the bubble point increases with pressure and decreases to a minimum as pressure falls below the bubble point during pressure depletion, and gases liberated from the liquid phase are expelled from the system. The liquid phase undergoes continuous volumetric and compositional changes with enrichment with the heavy fractions, respectively. This contributed to the increasing liquid phase densities as the oil remaining at each differentially liberated step became richer with the heavy (Heptanes plus) fractions. This result was also seen from the gas compositional analysis, as C7+ fractions increased with decreasing pressure
The Use of Deep Learning Methods for the Detection of Diseases in Plant Leaves
No full textLeaf diseases on plants pose a significant risk to global food security because they significantly lower crop yield and quality. It has proven difficult to diagnose diseases in a way that is both accurate and precise. The recent advancements in computer vision have made it possible and opened the door for disease diagnosis of plant leaves using a camera-assisted deep learning approach. This was previously impossible. An intelligent disease diagnosis system is a forward-thinking piece of technology that contributes to the enhancement of both the quality and quantity of agricultural output in the nation. Therefore, the efficient disease detection convolution neural networks (CNN) model is applied in order to categorise the diseases that are present on the provided leaf based on the image dataset. Therefore, it has come to our attention that neural networks are able to capture the colours and qualities of lesions that are distinctive to certain diseases