Texas Journal of Engineering and Technology
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Study Of The Composition Of The Secondary Product Of The Pyrolysis Process And The Synthesis Of Polymethylene-Anthracenesulphoxicolate
Today, the Ustyurt gas chemical plant in our Republic is not processing a large amount of byproduct waste, which has a negative influence on the environment. The composition of these wastes was studied by vacuum fractionation at high temperature, and the obtained products were analyzed by physico-chemicall. Polymethyleneanthacene sulfoacids (SOF-1 and SOF-2) with a spatial structure were synthesized by polycondensation of the obtained mono- and dianthracene sulfoacids with formalin. Process parameters were studied
Methodological Foundations for the Development of Technology on the Basis of Innovative Approaches
This scientific thesis explores the methodological foundations for the development of technology based on innovative approaches. The rapid advancements in technology and the increasing demand for innovative solutions have necessitated the development of robust methodologies that can effectively guide the process of technological innovation. This thesis aims to provide a comprehensive analysis of the key methodological principles, frameworks, and strategies that underpin the successful development of technology using innovative approaches. By examining case studies and drawing insights from existing literature, this research seeks to contribute to a deeper understanding of the methodological foundations that drive technological innovatio
The Role of It and Engineering in Today's Developing Economy
The аrticle exаmines the cоncept оf the digitаl ecоnоmy, the definitiоn оf the digitаl ecоnоmy, the technоlоgicаl develоpments chаrаcteristic оf the digitаl ecоnоmy, the impаct оf the digitаl ecоnоmy оn the emplоyment оf the pоpulаtiоn, the creаtiоn оf а nаtiоnаl digitаl ecоnоmic system, the shаre оf ICT in GDP, the аnаlysis оf sоme indicаtоrs оf cоmmunicаtiоn аnd infоrmаtiоn, the number оf speciаl sоftwаre, used in this аre
Theoretical Study of Cotton Flow Movement in An Improved Working Chamber of a Saw Gin
In this article, the authors studied the theoretical analysis of a mesh drum installed in the working chamber to reduce the density of the green shaft. According to it, the angles of movement are classified according to the time of changing lumps of cotton to prevent clogging of the working chamber. It is concluded that, knowing the laws of movement of cotton particles, it is possible to determine the efficiency of extracting seeds from the
Program for the use of energy-saving operational technological systems in the automation of technological processes
Energy saving in the automation of technological processes is carried out with the help of energy-saving monitoring equipment through the software of the operating system. This system helps automate robotic processes to identify remote indicators to automatically implement energy-saving operations through technological system operations. Also, as another feature, the system only requires a local network to connect. Regardless of the technological system, the technical characteristics of the central monitoring equipment that ensures automatic operation and the automated energy-saving monitoring equipment are similar to each other. By objects designed to save energy, this system is the optimal operation of the heat source system, the adjustment of the temperature of the supply water. In the technological system, according to the system, it will be possible to change technological parameters such as heat source equipment, room temperature adjustment and outdoor air intake volume adjustment. Currently, the technical system operations manager has the role of performing these energy-saving operations, but finding the optimal value for each of these operations poses challenges. The operations manager is also responsible for tasks outside of facility operations, such as maintenance management, so regularly changing optimal settings can be a very problematic system. This system uses robotic process automation technolog
Optimization Of Parameters Of A Rod Intensifier Of A Potato Digger With The Method Of Mathematical Planning
In this article, the method of mathematical planning of multifactorial experiments is used to determine the optimal values of the parameters of a potato digger equipped with an elastic rod intensifier, obtained in single-factorial experiments. It is assumed that the influence of factors on the evaluation criteria is fully explained by a second-order polynomial, and the experiments were carried out according to the Hartley-4 (X4) pla
The main technical capabilities of the existing signalization guarding complex.
The territorial integrity and inviolability of the borders of the Republic of Uzbekistan is one of the national interests. In this regard, the measures that ensure the security and territorial integrity of the State have a special place in the system. The achievements of modern science and technology are now tactically reducing the possibility of easily breaking the borders of the state. Therefore, the border troops have the task of equipping the state border with modern high-tech signaling security complexes along the perimeter of the entire territory. In order to improve the quality of state border protection, the task is to introduce a system that combines various sub-systems into a single complex and provides unified management of all technical means included in it. This article compares the advantages and disadvantages of existing technical tool
Planning Of Experiments And Description Of Instruments Used For A Device That Ensures Microclimate In Poultry Buildings
Based on research conducted to ensure optimal microclimate parameters in poultry buildings, a plan and sequence of tasks were developed for conducting experiments on processing and cooling the external air parameters supplied to the newly created device. As a result of research on ensuring optimal microclimate parameters in poultry farms, a plan and a sequence of tasks were developed for conducting experiments to process and cool the parameters of external air supplied to the created device. After normalizing the temperature and humidity indicators, modern measuring instruments with high reliability of measurement results were selected to determine the operational efficiency of the equipment. Various outdoor air parameters were adopted to assess the equipment's performance under different conditions
Isolated And Non-Isolated Definitions
The distinction between isolated and non-isolated definitions plays a crucial role in various academic and professional fields, influencing the clarity, understanding, and application of the concepts. This article examines the fundamental differences between these two definitional approaches, examining their characteristics, advantages, and limitations. Computer science, systems engineering, and mathematics, the study clarifies the contexts in which each type of definition is most effective. The results highlight the importance of choosing appropriate definition frameworks to improve understanding and facilitate the resolution of complex problems. In conclusion, the article proposes best practices for implementing isolated and non-isolated definitions in educational and technical setting
Tachycardia and bradycardia from the point of view of rheology
This article examines the relationship cardiovascular diseases with rheological propertie