plenums

简明释义

英[ˈplɛnəmz]美[ˈplɛnəmz]

全体会议

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英英释义

单词用法

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例句

1.Once the air reaches the UFAD it then travels through various insulated displacement plenums and is then distributed, at floor level, through occupant-adjustable floor grilles.

当空气进入UFAD系统后，会进入各种绝缘设备，接着通过可调地板栅格分布到各个楼层中。

2.Once the air reaches the UFAD it then travels through various insulated displacement plenums and is then distributed, at floor level, through occupant-adjustable floor grilles.

当空气进入UFAD系统后，会进入各种绝缘设备，接着通过可调地板栅格分布到各个楼层中。

3.A UFAD system supply air path might consist of a single zone splitter connecting to multiple zone supply plenums which in turn could each supply one or more conditioned zones.

对于UFAD系统，送风路径应该包含一个连接到多区域送风静压箱的单一区域分离器，该送风静压箱可以连接多个空调区。

4.It is more connected with vacuums than with plenums, more with mind than with body.

这是涉嫌与比全会真空，多与精神与身体。

5.Both the zone supply and return plenums are solved in the heat balance as thermal zones which couple through heat conduction with adjacent zones.

送风静压箱和回风静压箱都被作为与相邻房间热传导相耦合的热区，采用热平衡的方法求解。

6.Cleaning should include oven walls, floor, and air plenums; it can be done by sweeping, vacuuming, or washing.

清理要包括炉壁板，底板及风道，可以用清扫，真空吸尘或擦洗的方法进行。

7.The engineer explained how the plenums work in conjunction with the duct system.

工程师解释了气室如何与管道系统协同工作。

8.During the renovation, we had to clean the plenums to ensure efficient airflow.

在翻新过程中，我们必须清理气室以确保气流效率。

9.The architect designed the building with multiple plenums to improve air circulation.

建筑师设计了这座建筑，设置了多个气室以改善空气流通。

10.In HVAC systems, plenums are essential for distributing heated or cooled air.

在暖通空调系统中，气室对于分配加热或冷却的空气至关重要。

11.The conference room was equipped with soundproof plenums to minimize noise from outside.

会议室配备了隔音的气室以减少外界噪音。

作文

In the realm of architecture and engineering, the concept of plenums (空气室) plays a crucial role in ensuring efficient airflow and temperature regulation within buildings. A plenum is essentially an enclosed space that serves as a central distribution point for air, whether it be for heating, ventilation, or air conditioning (HVAC) systems. Understanding how plenums function can greatly enhance our appreciation for modern building designs and their environmental impacts.When designing a building, architects must consider the flow of air throughout the structure. This is where plenums come into play. They are typically located above ceilings or below floors, allowing for the seamless movement of conditioned air to various rooms. The use of plenums not only improves air quality but also aids in energy efficiency by minimizing the amount of energy required to heat or cool spaces.One of the primary benefits of utilizing plenums is the reduction of noise associated with HVAC systems. Traditional ductwork can create significant sound as air travels through it, but plenums allow for a more controlled and quieter distribution of air. This is particularly important in settings such as offices, hospitals, and schools, where a peaceful environment is essential for productivity and well-being.Moreover, plenums can be designed to accommodate various building needs. For instance, in commercial buildings, larger plenums may be necessary to handle the increased demand for airflow due to higher occupancy levels. In contrast, residential buildings may utilize smaller plenums that effectively manage air distribution without taking up excessive space. This adaptability makes plenums a versatile solution for different architectural requirements.In addition to their functional advantages, plenums also contribute to the aesthetic appeal of a building. By concealing ductwork and other mechanical systems, plenums allow architects to create cleaner, more visually appealing spaces. This integration of functionality and design is a hallmark of modern architecture, demonstrating how thoughtful planning can enhance both practicality and beauty in a structure.However, the installation and maintenance of plenums require careful consideration. Proper sealing and insulation are vital to prevent energy loss and ensure that the system operates efficiently. Additionally, regular maintenance is necessary to keep the plenums free from dust and debris, which can compromise air quality and system performance. Building managers must prioritize these aspects to maximize the benefits of plenums while minimizing potential drawbacks.In conclusion, plenums (空气室) are an integral component of modern HVAC systems, providing numerous benefits in terms of air distribution, noise reduction, and aesthetic integration. As we continue to advance in architectural design and energy efficiency, understanding the role of plenums will be essential for both professionals and the general public. By appreciating the importance of plenums, we can better recognize the complexities involved in creating comfortable and sustainable living environments.