91.802

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91.802 is an application field which deals with the principles and operations of physical, electrical and chemical processes that need to be taken into account in the heating, cooling, compression, and expansion of energy and matter. This application field includes thermodynamics, fluid mechanics, heat transfer, refractory materials, properties of materials, electrical power transmission and related subjects. Working with this application field requires knowledge of thermodynamic principles, as well as an understanding of the physical and chemical processes related to this field.

The main goal of this application field is to understand how energy and matter interact in thermal and mechanical processes, and how these processes can be used to make efficient use of resources, that is, to reduce energy costs and environmental impact. This application field provides the fundamental principles and tools for the design of energy and matter engineering processes, such as heating and cooling, power generation, refrigeration, combustion, phase changes, and other related topics.

The working principle of 91.802 is based on a thorough understanding of the thermodynamic principles that involve energy and matter. This application field investigates how energy and matter interact and flow in engineering systems that involve both thermal and mechanical processes. It studies heat and fluid flow, thermodynamics, energy management, heat exchangers, and other related topics. The application of the principles in this field can result in the most efficient use of energy resources.

The design and optimization of engineering systems and processes require a comprehensive knowledge of the physics, chemistry, and thermodynamics involved. This includes an understanding of how the properties and parameters of materials, equipment, and systems affect heat transfer, thermodynamics, and power generation. The application of principles from this field can lead to greater efficiency in the use of energy resources and cost savings.

Thermodynamics is an important part of this application field. This branch of physics deals with the behavior of energy during heating and cooling processes, and how these processes affect the properties of matter. Thermodynamics explains how energy and matter interact, and how they behave when subjected to various forms of energy, including heat, electricity, and force. It also provides information on the thermal and mechanical properties of materials.

The principles from this application field are used in a wide range of engineering processes and machines. This includes power generation, air conditioning, heating, refrigeration, combustion, and other related processes. In addition, this field is also involved in the development of new technologies, such as high-efficiency fuel cells, magnetic refrigeration, and solar-thermal power generation.

91.802 is an important application field in engineering, and is used in the design and optimization of energy resources and engineering processes. Its fundamental principles provide the necessary knowledge and tools for efficient use of resources and cost savings. Understanding the thermodynamic principles involved in this field provides a basis for designing and optimizing energy and work processes, leading to improved energy usage and cost savings.

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