uniform combustion

简明释义

均匀燃烧

英英释义

例句

1.In industrial applications, achieving uniform combustion 均匀燃烧 is crucial for reducing emissions.

在工业应用中，实现uniform combustion 均匀燃烧对减少排放至关重要。

2.The research focused on methods to achieve uniform combustion 均匀燃烧 in gas turbines.

研究集中在实现燃气轮机中uniform combustion 均匀燃烧的方法上。

3.A well-designed combustion chamber promotes uniform combustion 均匀燃烧 for better heat distribution.

精心设计的燃烧室促进了uniform combustion 均匀燃烧，以实现更好的热分布。

4.Engine performance improves significantly with uniform combustion 均匀燃烧 across all cylinders.

所有气缸的性能显著提高，得益于uniform combustion 均匀燃烧。

5.The design of the burner ensures uniform combustion 均匀燃烧, maximizing efficiency.

燃烧器的设计确保了uniform combustion 均匀燃烧，最大化效率。

作文

Uniform combustion is a crucial concept in the field of thermodynamics and engineering. It refers to the process where fuel burns evenly and consistently throughout its entire volume, leading to optimal energy release and minimal emissions. Achieving uniform combustion (均匀燃烧) is essential for various applications, including internal combustion engines, industrial burners, and power generation systems. When fuel is burned uniformly, it ensures that all the fuel particles are utilized effectively, which maximizes the energy output. This is particularly important in automotive engineering, where the efficiency of an engine can significantly impact fuel consumption and overall vehicle performance. In engines that do not achieve uniform combustion (均匀燃烧), some fuel may remain unburned or burn inconsistently, leading to wasted energy and increased emissions of harmful pollutants. One of the key factors influencing uniform combustion (均匀燃烧) is the mixing of fuel and air. Proper mixing ensures that there is an adequate supply of oxygen for the combustion process. Inadequate mixing can lead to localized areas of rich or lean mixtures, resulting in incomplete combustion. Engineers often focus on improving the design of fuel injectors and combustion chambers to enhance the mixing process, thereby promoting uniform combustion (均匀燃烧). Moreover, the temperature and pressure conditions within the combustion chamber also play a significant role in achieving uniform combustion (均匀燃烧). Higher temperatures can facilitate faster reactions, but if the temperature is too high, it can lead to unwanted phenomena such as knocking in engines. Therefore, maintaining optimal temperature and pressure is vital for ensuring that combustion remains uniform and efficient. In industrial applications, uniform combustion (均匀燃烧) is critical for reducing emissions and improving the overall efficiency of processes. For example, in power plants, achieving uniform combustion in boilers can lead to better heat transfer and reduced production of nitrogen oxides (NOx), which are harmful pollutants. Technologies such as flue gas recirculation and advanced burner designs are often employed to enhance the uniformity of combustion in these settings. The significance of uniform combustion (均匀燃烧) extends beyond just efficiency and emissions; it also impacts safety. Uneven combustion can lead to pressure fluctuations and vibrations, which may cause mechanical failures or even catastrophic explosions in severe cases. Thus, engineers must prioritize uniformity in combustion processes to ensure not only performance but also the safety of the systems they design. In conclusion, uniform combustion (均匀燃烧) is a fundamental principle that underpins many modern technologies. Its importance cannot be overstated, as it directly influences the efficiency, emissions, and safety of combustion systems. Continuous research and innovation in this area are essential for developing cleaner and more efficient energy solutions for the future. By understanding and optimizing uniform combustion (均匀燃烧), we can pave the way for advancements in energy technology that benefit both the environment and society.